CMake/Source/cmGlobalNinjaGenerator.cxx

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Simplify CMake per-source license notices Per-source copyright/license notice headers that spell out copyright holder names and years are hard to maintain and often out-of-date or plain wrong. Precise contributor information is already maintained automatically by the version control tool. Ultimately it is the receiver of a file who is responsible for determining its licensing status, and per-source notices are merely a convenience. Therefore it is simpler and more accurate for each source to have a generic notice of the license name and references to more detailed information on copyright holders and full license terms. Our `Copyright.txt` file now contains a list of Contributors whose names appeared source-level copyright notices. It also references version control history for more precise information. Therefore we no longer need to spell out the list of Contributors in each source file notice. Replace CMake per-source copyright/license notice headers with a short description of the license and links to `Copyright.txt` and online information available from "https://cmake.org/licensing". The online URL also handles cases of modules being copied out of our source into other projects, so we can drop our notices about replacing links with full license text. Run the `Utilities/Scripts/filter-notices.bash` script to perform the majority of the replacements mechanically. Manually fix up shebang lines and trailing newlines in a few files. Manually update the notices in a few files that the script does not handle.
2016-09-27 22:01:08 +03:00
/* Distributed under the OSI-approved BSD 3-Clause License. See accompanying
file Copyright.txt or https://cmake.org/licensing for details. */
#include "cmGlobalNinjaGenerator.h"
#include "cmAlgorithms.h"
#include "cmDocumentationEntry.h"
#include "cmFortranParser.h"
#include "cmGeneratedFileStream.h"
#include "cmGeneratorExpressionEvaluationFile.h"
#include "cmGeneratorTarget.h"
#include "cmLocalGenerator.h"
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#include "cmLocalNinjaGenerator.h"
#include "cmMakefile.h"
#include "cmOutputConverter.h"
#include "cmState.h"
#include "cmSystemTools.h"
#include "cmTarget.h"
#include "cmTargetDepend.h"
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#include "cmVersion.h"
#include "cm_auto_ptr.hxx"
#include "cmake.h"
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#include "cm_jsoncpp_reader.h"
#include "cm_jsoncpp_writer.h"
#include <algorithm>
#include <ctype.h>
#include <functional>
#include <iterator>
#include <sstream>
#include <stdio.h>
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const char* cmGlobalNinjaGenerator::NINJA_BUILD_FILE = "build.ninja";
const char* cmGlobalNinjaGenerator::NINJA_RULES_FILE = "rules.ninja";
const char* cmGlobalNinjaGenerator::INDENT = " ";
void cmGlobalNinjaGenerator::Indent(std::ostream& os, int count)
{
for (int i = 0; i < count; ++i) {
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os << cmGlobalNinjaGenerator::INDENT;
}
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}
void cmGlobalNinjaGenerator::WriteDivider(std::ostream& os)
{
os << "# ======================================"
<< "=======================================\n";
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}
void cmGlobalNinjaGenerator::WriteComment(std::ostream& os,
const std::string& comment)
{
if (comment.empty()) {
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return;
}
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std::string::size_type lpos = 0;
std::string::size_type rpos;
os << "\n#############################################\n";
while ((rpos = comment.find('\n', lpos)) != std::string::npos) {
os << "# " << comment.substr(lpos, rpos - lpos) << "\n";
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lpos = rpos + 1;
}
os << "# " << comment.substr(lpos) << "\n\n";
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}
std::string cmGlobalNinjaGenerator::EncodeRuleName(std::string const& name)
{
// Ninja rule names must match "[a-zA-Z0-9_.-]+". Use ".xx" to encode
// "." and all invalid characters as hexadecimal.
std::string encoded;
for (std::string::const_iterator i = name.begin(); i != name.end(); ++i) {
if (isalnum(*i) || *i == '_' || *i == '-') {
encoded += *i;
} else {
char buf[16];
sprintf(buf, ".%02x", static_cast<unsigned int>(*i));
encoded += buf;
}
}
return encoded;
}
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static bool IsIdentChar(char c)
{
return ('a' <= c && c <= 'z') ||
('+' <= c && c <= '9') || // +,-./ and numbers
('A' <= c && c <= 'Z') || (c == '_') || (c == '$') || (c == '\\') ||
(c == ' ') || (c == ':');
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}
std::string cmGlobalNinjaGenerator::EncodeIdent(const std::string& ident,
std::ostream& vars)
{
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if (std::find_if(ident.begin(), ident.end(),
std::not1(std::ptr_fun(IsIdentChar))) != ident.end()) {
static unsigned VarNum = 0;
std::ostringstream names;
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names << "ident" << VarNum++;
vars << names.str() << " = " << ident << "\n";
return "$" + names.str();
}
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std::string result = ident;
cmSystemTools::ReplaceString(result, " ", "$ ");
cmSystemTools::ReplaceString(result, ":", "$:");
return result;
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}
std::string cmGlobalNinjaGenerator::EncodeLiteral(const std::string& lit)
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{
std::string result = lit;
cmSystemTools::ReplaceString(result, "$", "$$");
cmSystemTools::ReplaceString(result, "\n", "$\n");
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return result;
}
std::string cmGlobalNinjaGenerator::EncodePath(const std::string& path)
{
std::string result = path;
#ifdef _WIN32
if (this->IsGCCOnWindows())
std::replace(result.begin(), result.end(), '\\', '/');
else
std::replace(result.begin(), result.end(), '/', '\\');
#endif
return EncodeLiteral(result);
}
std::string cmGlobalNinjaGenerator::EncodeDepfileSpace(const std::string& path)
{
std::string result = path;
cmSystemTools::ReplaceString(result, " ", "\\ ");
return result;
}
void cmGlobalNinjaGenerator::WriteBuild(
std::ostream& os, const std::string& comment, const std::string& rule,
const cmNinjaDeps& outputs, const cmNinjaDeps& implicitOuts,
const cmNinjaDeps& explicitDeps, const cmNinjaDeps& implicitDeps,
const cmNinjaDeps& orderOnlyDeps, const cmNinjaVars& variables,
const std::string& rspfile, int cmdLineLimit, bool* usedResponseFile)
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{
// Make sure there is a rule.
if (rule.empty()) {
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cmSystemTools::Error("No rule for WriteBuildStatement! called "
"with comment: ",
comment.c_str());
return;
}
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// Make sure there is at least one output file.
if (outputs.empty()) {
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cmSystemTools::Error("No output files for WriteBuildStatement! called "
"with comment: ",
comment.c_str());
return;
}
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cmGlobalNinjaGenerator::WriteComment(os, comment);
std::string arguments;
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// TODO: Better formatting for when there are multiple input/output files.
// Write explicit dependencies.
for (cmNinjaDeps::const_iterator i = explicitDeps.begin();
i != explicitDeps.end(); ++i) {
arguments += " " + EncodeIdent(EncodePath(*i), os);
}
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// Write implicit dependencies.
if (!implicitDeps.empty()) {
arguments += " |";
for (cmNinjaDeps::const_iterator i = implicitDeps.begin();
i != implicitDeps.end(); ++i) {
arguments += " " + EncodeIdent(EncodePath(*i), os);
}
}
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// Write order-only dependencies.
if (!orderOnlyDeps.empty()) {
arguments += " ||";
for (cmNinjaDeps::const_iterator i = orderOnlyDeps.begin();
i != orderOnlyDeps.end(); ++i) {
arguments += " " + EncodeIdent(EncodePath(*i), os);
}
}
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arguments += "\n";
std::string build;
// Write outputs files.
build += "build";
for (cmNinjaDeps::const_iterator i = outputs.begin(); i != outputs.end();
++i) {
build += " " + EncodeIdent(EncodePath(*i), os);
if (this->ComputingUnknownDependencies) {
this->CombinedBuildOutputs.insert(EncodePath(*i));
}
}
if (!implicitOuts.empty()) {
build += " |";
for (cmNinjaDeps::const_iterator i = implicitOuts.begin();
i != implicitOuts.end(); ++i) {
build += " " + EncodeIdent(EncodePath(*i), os);
}
}
build += ":";
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// Write the rule.
build += " " + rule;
// Write the variables bound to this build statement.
std::ostringstream variable_assignments;
for (cmNinjaVars::const_iterator i = variables.begin(); i != variables.end();
++i) {
cmGlobalNinjaGenerator::WriteVariable(variable_assignments, i->first,
i->second, "", 1);
}
// check if a response file rule should be used
std::string buildstr = build;
std::string assignments = variable_assignments.str();
const std::string& args = arguments;
bool useResponseFile = false;
if (cmdLineLimit < 0 ||
(cmdLineLimit > 0 &&
(args.size() + buildstr.size() + assignments.size()) >
static_cast<size_t>(cmdLineLimit))) {
variable_assignments.str(std::string());
cmGlobalNinjaGenerator::WriteVariable(variable_assignments, "RSP_FILE",
rspfile, "", 1);
assignments += variable_assignments.str();
useResponseFile = true;
}
if (usedResponseFile) {
*usedResponseFile = useResponseFile;
}
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os << buildstr << args << assignments;
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}
void cmGlobalNinjaGenerator::WritePhonyBuild(
std::ostream& os, const std::string& comment, const cmNinjaDeps& outputs,
const cmNinjaDeps& explicitDeps, const cmNinjaDeps& implicitDeps,
const cmNinjaDeps& orderOnlyDeps, const cmNinjaVars& variables)
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{
this->WriteBuild(os, comment, "phony", outputs,
/*implicitOuts=*/cmNinjaDeps(), explicitDeps, implicitDeps,
orderOnlyDeps, variables);
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}
void cmGlobalNinjaGenerator::AddCustomCommandRule()
{
this->AddRule("CUSTOM_COMMAND", "$COMMAND", "$DESC",
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"Rule for running custom commands.",
/*depfile*/ "",
/*deptype*/ "",
/*rspfile*/ "",
/*rspcontent*/ "",
/*restat*/ "", // bound on each build statement as needed
/*generator*/ false);
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}
void cmGlobalNinjaGenerator::WriteCustomCommandBuild(
const std::string& command, const std::string& description,
const std::string& comment, const std::string& depfile, bool uses_terminal,
bool restat, const cmNinjaDeps& outputs, const cmNinjaDeps& deps,
const cmNinjaDeps& orderOnly)
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{
std::string cmd = command;
#ifdef _WIN32
if (cmd.empty())
// TODO Shouldn't an empty command be handled by ninja?
cmd = "cmd.exe /c";
#endif
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this->AddCustomCommandRule();
cmNinjaVars vars;
vars["COMMAND"] = cmd;
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vars["DESC"] = EncodeLiteral(description);
if (restat) {
vars["restat"] = "1";
}
if (uses_terminal && SupportsConsolePool()) {
vars["pool"] = "console";
}
if (!depfile.empty()) {
vars["depfile"] = depfile;
}
this->WriteBuild(*this->BuildFileStream, comment, "CUSTOM_COMMAND", outputs,
/*implicitOuts=*/cmNinjaDeps(), deps, cmNinjaDeps(),
orderOnly, vars);
if (this->ComputingUnknownDependencies) {
// we need to track every dependency that comes in, since we are trying
// to find dependencies that are side effects of build commands
for (cmNinjaDeps::const_iterator i = deps.begin(); i != deps.end(); ++i) {
this->CombinedCustomCommandExplicitDependencies.insert(EncodePath(*i));
}
}
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}
void cmGlobalNinjaGenerator::AddMacOSXContentRule()
{
cmLocalGenerator* lg = this->LocalGenerators[0];
std::ostringstream cmd;
cmd << lg->ConvertToOutputFormat(cmSystemTools::GetCMakeCommand(),
cmOutputConverter::SHELL)
<< " -E copy $in $out";
this->AddRule("COPY_OSX_CONTENT", cmd.str(), "Copying OS X Content $out",
"Rule for copying OS X bundle content file.",
/*depfile*/ "",
/*deptype*/ "",
/*rspfile*/ "",
/*rspcontent*/ "",
/*restat*/ "",
/*generator*/ false);
}
void cmGlobalNinjaGenerator::WriteMacOSXContentBuild(const std::string& input,
const std::string& output)
{
this->AddMacOSXContentRule();
cmNinjaDeps outputs;
outputs.push_back(output);
cmNinjaDeps deps;
deps.push_back(input);
cmNinjaVars vars;
this->WriteBuild(*this->BuildFileStream, "", "COPY_OSX_CONTENT", outputs,
/*implicitOuts=*/cmNinjaDeps(), deps, cmNinjaDeps(),
cmNinjaDeps(), cmNinjaVars());
}
void cmGlobalNinjaGenerator::WriteRule(
std::ostream& os, const std::string& name, const std::string& command,
const std::string& description, const std::string& comment,
const std::string& depfile, const std::string& deptype,
const std::string& rspfile, const std::string& rspcontent,
const std::string& restat, bool generator)
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{
// Make sure the rule has a name.
if (name.empty()) {
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cmSystemTools::Error("No name given for WriteRuleStatement! called "
"with comment: ",
comment.c_str());
return;
}
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// Make sure a command is given.
if (command.empty()) {
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cmSystemTools::Error("No command given for WriteRuleStatement! called "
"with comment: ",
comment.c_str());
return;
}
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cmGlobalNinjaGenerator::WriteComment(os, comment);
// Write the rule.
os << "rule " << name << "\n";
// Write the depfile if any.
if (!depfile.empty()) {
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cmGlobalNinjaGenerator::Indent(os, 1);
os << "depfile = " << depfile << "\n";
}
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// Write the deptype if any.
if (!deptype.empty()) {
cmGlobalNinjaGenerator::Indent(os, 1);
os << "deps = " << deptype << "\n";
}
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// Write the command.
cmGlobalNinjaGenerator::Indent(os, 1);
os << "command = " << command << "\n";
// Write the description if any.
if (!description.empty()) {
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cmGlobalNinjaGenerator::Indent(os, 1);
os << "description = " << description << "\n";
}
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if (!rspfile.empty()) {
if (rspcontent.empty()) {
cmSystemTools::Error("No rspfile_content given!", comment.c_str());
return;
}
cmGlobalNinjaGenerator::Indent(os, 1);
os << "rspfile = " << rspfile << "\n";
cmGlobalNinjaGenerator::Indent(os, 1);
os << "rspfile_content = " << rspcontent << "\n";
}
if (!restat.empty()) {
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cmGlobalNinjaGenerator::Indent(os, 1);
os << "restat = " << restat << "\n";
}
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if (generator) {
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cmGlobalNinjaGenerator::Indent(os, 1);
os << "generator = 1\n";
}
os << "\n";
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}
void cmGlobalNinjaGenerator::WriteVariable(std::ostream& os,
const std::string& name,
const std::string& value,
const std::string& comment,
int indent)
{
// Make sure we have a name.
if (name.empty()) {
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cmSystemTools::Error("No name given for WriteVariable! called "
"with comment: ",
comment.c_str());
return;
}
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// Do not add a variable if the value is empty.
std::string val = cmSystemTools::TrimWhitespace(value);
if (val.empty()) {
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return;
}
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cmGlobalNinjaGenerator::WriteComment(os, comment);
cmGlobalNinjaGenerator::Indent(os, indent);
os << name << " = " << val << "\n";
}
void cmGlobalNinjaGenerator::WriteInclude(std::ostream& os,
const std::string& filename,
const std::string& comment)
{
cmGlobalNinjaGenerator::WriteComment(os, comment);
os << "include " << filename << "\n";
}
void cmGlobalNinjaGenerator::WriteDefault(std::ostream& os,
const cmNinjaDeps& targets,
const std::string& comment)
{
cmGlobalNinjaGenerator::WriteComment(os, comment);
os << "default";
for (cmNinjaDeps::const_iterator i = targets.begin(); i != targets.end();
++i) {
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os << " " << *i;
}
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os << "\n";
}
cmGlobalNinjaGenerator::cmGlobalNinjaGenerator(cmake* cm)
: cmGlobalCommonGenerator(cm)
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, BuildFileStream(CM_NULLPTR)
, RulesFileStream(CM_NULLPTR)
, CompileCommandsStream(CM_NULLPTR)
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, Rules()
, AllDependencies()
, UsingGCCOnWindows(false)
, ComputingUnknownDependencies(false)
, PolicyCMP0058(cmPolicies::WARN)
, NinjaSupportsConsolePool(false)
, NinjaSupportsImplicitOuts(false)
, NinjaSupportsDyndeps(0)
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{
#ifdef _WIN32
cm->GetState()->SetWindowsShell(true);
#endif
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// // Ninja is not ported to non-Unix OS yet.
// this->ForceUnixPaths = true;
this->FindMakeProgramFile = "CMakeNinjaFindMake.cmake";
}
// Virtual public methods.
cmLocalGenerator* cmGlobalNinjaGenerator::CreateLocalGenerator(cmMakefile* mf)
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{
return new cmLocalNinjaGenerator(this, mf);
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}
void cmGlobalNinjaGenerator::GetDocumentation(cmDocumentationEntry& entry)
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{
entry.Name = cmGlobalNinjaGenerator::GetActualName();
entry.Brief = "Generates build.ninja files.";
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}
// Implemented in all cmGlobaleGenerator sub-classes.
// Used in:
// Source/cmLocalGenerator.cxx
// Source/cmake.cxx
void cmGlobalNinjaGenerator::Generate()
{
// Check minimum Ninja version.
if (cmSystemTools::VersionCompare(cmSystemTools::OP_LESS,
this->NinjaVersion.c_str(),
RequiredNinjaVersion().c_str())) {
std::ostringstream msg;
msg << "The detected version of Ninja (" << this->NinjaVersion;
msg << ") is less than the version of Ninja required by CMake (";
msg << this->RequiredNinjaVersion() << ").";
this->GetCMakeInstance()->IssueMessage(cmake::FATAL_ERROR, msg.str());
return;
}
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this->OpenBuildFileStream();
this->OpenRulesFileStream();
Ninja: Fix inter-target order-only dependencies of custom commands Custom command dependencies are followed for each target's source files and add their transitive closure to the corresponding target. This means that when a custom command in one target has a dependency on a custom command in another target, both will appear in the dependent target's sources. For the Makefile, VS IDE, and Xcode generators this is not a problem because each target gets its own independent build system that is evaluated in target dependency order. By the time the dependent target is built the custom command that belongs to one of its dependencies will already have been brought up to date. For the Ninja generator we need to generate a monolithic build system covering all targets so we can have only one copy of a custom command. This means that we need to reconcile the target-level ordering dependencies from its appearance in multiple targets to include only the least-dependent common set. This is done by computing the set intersection of the dependencies of all the targets containing a custom command. However, we previously included only the direct dependencies so any target-level dependency not directly added to all targets into which a custom command propagates was discarded. Fix this by computing the transitive closure of dependencies for each target and then intersecting those sets. That will get the common set of dependencies. Also add a test to cover a case in which the incorrectly dropped target ordering dependencies would fail.
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this->TargetDependsClosures.clear();
this->InitOutputPathPrefix();
this->TargetAll = this->NinjaOutputPath("all");
this->CMakeCacheFile = this->NinjaOutputPath("CMakeCache.txt");
this->PolicyCMP0058 =
this->LocalGenerators[0]->GetMakefile()->GetPolicyStatus(
cmPolicies::CMP0058);
this->ComputingUnknownDependencies =
(this->PolicyCMP0058 == cmPolicies::OLD ||
this->PolicyCMP0058 == cmPolicies::WARN);
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this->cmGlobalGenerator::Generate();
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this->WriteAssumedSourceDependencies();
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this->WriteTargetAliases(*this->BuildFileStream);
this->WriteFolderTargets(*this->BuildFileStream);
this->WriteUnknownExplicitDependencies(*this->BuildFileStream);
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this->WriteBuiltinTargets(*this->BuildFileStream);
if (cmSystemTools::GetErrorOccuredFlag()) {
this->RulesFileStream->setstate(std::ios::failbit);
this->BuildFileStream->setstate(std::ios::failbit);
}
this->CloseCompileCommandsStream();
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this->CloseRulesFileStream();
this->CloseBuildFileStream();
}
void cmGlobalNinjaGenerator::FindMakeProgram(cmMakefile* mf)
{
this->cmGlobalGenerator::FindMakeProgram(mf);
if (const char* ninjaCommand = mf->GetDefinition("CMAKE_MAKE_PROGRAM")) {
this->NinjaCommand = ninjaCommand;
std::vector<std::string> command;
command.push_back(this->NinjaCommand);
command.push_back("--version");
std::string version;
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cmSystemTools::RunSingleCommand(command, &version, CM_NULLPTR, CM_NULLPTR,
CM_NULLPTR, cmSystemTools::OUTPUT_NONE);
this->NinjaVersion = cmSystemTools::TrimWhitespace(version);
this->CheckNinjaFeatures();
}
}
void cmGlobalNinjaGenerator::CheckNinjaFeatures()
{
this->NinjaSupportsConsolePool = !cmSystemTools::VersionCompare(
cmSystemTools::OP_LESS, this->NinjaVersion.c_str(),
RequiredNinjaVersionForConsolePool().c_str());
this->NinjaSupportsImplicitOuts = !cmSystemTools::VersionCompare(
cmSystemTools::OP_LESS, this->NinjaVersion.c_str(),
this->RequiredNinjaVersionForImplicitOuts().c_str());
{
// Our ninja branch adds ".dyndep-#" to its version number,
// where '#' is a feature-specific version number. Extract it.
static std::string const k_DYNDEP_ = ".dyndep-";
std::string::size_type pos = this->NinjaVersion.find(k_DYNDEP_);
if (pos != std::string::npos) {
const char* fv = this->NinjaVersion.c_str() + pos + k_DYNDEP_.size();
cmSystemTools::StringToULong(fv, &this->NinjaSupportsDyndeps);
}
}
}
bool cmGlobalNinjaGenerator::CheckLanguages(
std::vector<std::string> const& languages, cmMakefile* mf) const
{
if (std::find(languages.begin(), languages.end(), "Fortran") !=
languages.end()) {
return this->CheckFortran(mf);
}
return true;
}
bool cmGlobalNinjaGenerator::CheckFortran(cmMakefile* mf) const
{
if (this->NinjaSupportsDyndeps == 1) {
return true;
}
std::ostringstream e;
if (this->NinjaSupportsDyndeps == 0) {
/* clang-format off */
e <<
"The Ninja generator does not support Fortran using Ninja version\n"
" " + this->NinjaVersion + "\n"
"due to lack of required features. "
"Kitware has implemented the required features but as of this version "
"of CMake they have not been integrated to upstream ninja. "
"Pending integration, Kitware maintains a branch at:\n"
" https://github.com/Kitware/ninja/tree/features-for-fortran#readme\n"
"with the required features. "
"One may build ninja from that branch to get support for Fortran."
;
/* clang-format on */
} else {
/* clang-format off */
e <<
"The Ninja generator in this version of CMake does not support Fortran "
"using Ninja version\n"
" " + this->NinjaVersion + "\n"
"because its 'dyndep' feature version is " <<
this->NinjaSupportsDyndeps << ". "
"This version of CMake is aware only of 'dyndep' feature version 1."
;
/* clang-format on */
}
mf->IssueMessage(cmake::FATAL_ERROR, e.str());
cmSystemTools::SetFatalErrorOccured();
return false;
}
void cmGlobalNinjaGenerator::EnableLanguage(
std::vector<std::string> const& langs, cmMakefile* mf, bool optional)
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{
this->cmGlobalGenerator::EnableLanguage(langs, mf, optional);
for (std::vector<std::string>::const_iterator l = langs.begin();
l != langs.end(); ++l) {
if (*l == "NONE") {
continue;
}
this->ResolveLanguageCompiler(*l, mf, optional);
}
#ifdef _WIN32
if (strcmp(mf->GetSafeDefinition("CMAKE_C_SIMULATE_ID"), "MSVC") != 0 &&
strcmp(mf->GetSafeDefinition("CMAKE_CXX_SIMULATE_ID"), "MSVC") != 0 &&
(mf->IsOn("CMAKE_COMPILER_IS_MINGW") ||
strcmp(mf->GetSafeDefinition("CMAKE_C_COMPILER_ID"), "GNU") == 0 ||
strcmp(mf->GetSafeDefinition("CMAKE_CXX_COMPILER_ID"), "GNU") == 0 ||
strcmp(mf->GetSafeDefinition("CMAKE_C_COMPILER_ID"), "Clang") == 0 ||
strcmp(mf->GetSafeDefinition("CMAKE_CXX_COMPILER_ID"), "Clang") == 0)) {
this->UsingGCCOnWindows = true;
}
#endif
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}
// Implemented by:
// cmGlobalUnixMakefileGenerator3
// cmGlobalGhsMultiGenerator
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// cmGlobalVisualStudio10Generator
// cmGlobalVisualStudio7Generator
// cmGlobalXCodeGenerator
// Called by:
// cmGlobalGenerator::Build()
void cmGlobalNinjaGenerator::GenerateBuildCommand(
std::vector<std::string>& makeCommand, const std::string& makeProgram,
const std::string& /*projectName*/, const std::string& /*projectDir*/,
const std::string& targetName, const std::string& /*config*/, bool /*fast*/,
bool verbose, std::vector<std::string> const& makeOptions)
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{
makeCommand.push_back(this->SelectMakeProgram(makeProgram));
if (verbose) {
makeCommand.push_back("-v");
}
makeCommand.insert(makeCommand.end(), makeOptions.begin(),
makeOptions.end());
if (!targetName.empty()) {
if (targetName == "clean") {
makeCommand.push_back("-t");
makeCommand.push_back("clean");
} else {
makeCommand.push_back(targetName);
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}
}
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}
// Non-virtual public methods.
void cmGlobalNinjaGenerator::AddRule(
const std::string& name, const std::string& command,
const std::string& description, const std::string& comment,
const std::string& depfile, const std::string& deptype,
const std::string& rspfile, const std::string& rspcontent,
const std::string& restat, bool generator)
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{
// Do not add the same rule twice.
if (this->HasRule(name)) {
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return;
}
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this->Rules.insert(name);
cmGlobalNinjaGenerator::WriteRule(*this->RulesFileStream, name, command,
description, comment, depfile, deptype,
rspfile, rspcontent, restat, generator);
this->RuleCmdLength[name] = (int)command.size();
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}
bool cmGlobalNinjaGenerator::HasRule(const std::string& name)
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{
RulesSetType::const_iterator rule = this->Rules.find(name);
return (rule != this->Rules.end());
}
// Private virtual overrides
std::string cmGlobalNinjaGenerator::GetEditCacheCommand() const
{
// Ninja by design does not run interactive tools in the terminal,
// so our only choice is cmake-gui.
return cmSystemTools::GetCMakeGUICommand();
}
void cmGlobalNinjaGenerator::ComputeTargetObjectDirectory(
cmGeneratorTarget* gt) const
{
// Compute full path to object file directory for this target.
std::string dir;
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dir += gt->LocalGenerator->GetCurrentBinaryDirectory();
dir += "/";
dir += gt->LocalGenerator->GetTargetDirectory(gt);
dir += "/";
gt->ObjectDirectory = dir;
}
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// Private methods
void cmGlobalNinjaGenerator::OpenBuildFileStream()
{
// Compute Ninja's build file path.
std::string buildFilePath =
this->GetCMakeInstance()->GetHomeOutputDirectory();
buildFilePath += "/";
buildFilePath += cmGlobalNinjaGenerator::NINJA_BUILD_FILE;
// Get a stream where to generate things.
if (!this->BuildFileStream) {
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this->BuildFileStream = new cmGeneratedFileStream(buildFilePath.c_str());
if (!this->BuildFileStream) {
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// An error message is generated by the constructor if it cannot
// open the file.
return;
}
}
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// Write the do not edit header.
this->WriteDisclaimer(*this->BuildFileStream);
// Write a comment about this file.
*this->BuildFileStream
<< "# This file contains all the build statements describing the\n"
<< "# compilation DAG.\n\n";
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}
void cmGlobalNinjaGenerator::CloseBuildFileStream()
{
if (this->BuildFileStream) {
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delete this->BuildFileStream;
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this->BuildFileStream = CM_NULLPTR;
} else {
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cmSystemTools::Error("Build file stream was not open.");
}
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}
void cmGlobalNinjaGenerator::OpenRulesFileStream()
{
// Compute Ninja's build file path.
std::string rulesFilePath =
this->GetCMakeInstance()->GetHomeOutputDirectory();
rulesFilePath += "/";
rulesFilePath += cmGlobalNinjaGenerator::NINJA_RULES_FILE;
// Get a stream where to generate things.
if (!this->RulesFileStream) {
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this->RulesFileStream = new cmGeneratedFileStream(rulesFilePath.c_str());
if (!this->RulesFileStream) {
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// An error message is generated by the constructor if it cannot
// open the file.
return;
}
}
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// Write the do not edit header.
this->WriteDisclaimer(*this->RulesFileStream);
// Write comment about this file.
/* clang-format off */
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*this->RulesFileStream
<< "# This file contains all the rules used to get the outputs files\n"
<< "# built from the input files.\n"
<< "# It is included in the main '" << NINJA_BUILD_FILE << "'.\n\n"
;
/* clang-format on */
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}
void cmGlobalNinjaGenerator::CloseRulesFileStream()
{
if (this->RulesFileStream) {
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delete this->RulesFileStream;
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this->RulesFileStream = CM_NULLPTR;
} else {
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cmSystemTools::Error("Rules file stream was not open.");
}
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}
static void EnsureTrailingSlash(std::string& path)
{
if (path.empty()) {
return;
}
std::string::value_type last = path[path.size() - 1];
#ifdef _WIN32
if (last != '\\') {
path += '\\';
}
#else
if (last != '/') {
path += '/';
}
#endif
}
std::string cmGlobalNinjaGenerator::ConvertToNinjaPath(const std::string& path)
{
cmLocalNinjaGenerator* ng =
static_cast<cmLocalNinjaGenerator*>(this->LocalGenerators[0]);
std::string convPath = ng->ConvertToRelativePath(
this->LocalGenerators[0]->GetState()->GetBinaryDirectory(), path);
convPath = this->NinjaOutputPath(convPath);
#ifdef _WIN32
std::replace(convPath.begin(), convPath.end(), '/', '\\');
#endif
return convPath;
}
std::string cmGlobalNinjaGenerator::ConvertToNinjaFolderRule(
const std::string& path)
{
cmLocalNinjaGenerator* ng =
static_cast<cmLocalNinjaGenerator*>(this->LocalGenerators[0]);
std::string convPath = ng->ConvertToRelativePath(
this->LocalGenerators[0]->GetState()->GetSourceDirectory(), path + "/all");
convPath = this->NinjaOutputPath(convPath);
#ifdef _WIN32
std::replace(convPath.begin(), convPath.end(), '/', '\\');
#endif
return convPath;
}
void cmGlobalNinjaGenerator::AddCXXCompileCommand(
const std::string& commandLine, const std::string& sourceFile)
{
// Compute Ninja's build file path.
std::string buildFileDir =
this->GetCMakeInstance()->GetHomeOutputDirectory();
if (!this->CompileCommandsStream) {
std::string buildFilePath = buildFileDir + "/compile_commands.json";
// Get a stream where to generate things.
this->CompileCommandsStream =
new cmGeneratedFileStream(buildFilePath.c_str());
*this->CompileCommandsStream << "[";
} else {
*this->CompileCommandsStream << "," << std::endl;
}
std::string sourceFileName = sourceFile;
if (!cmSystemTools::FileIsFullPath(sourceFileName.c_str())) {
sourceFileName = cmSystemTools::CollapseFullPath(
sourceFileName, this->GetCMakeInstance()->GetHomeOutputDirectory());
}
/* clang-format off */
*this->CompileCommandsStream << "\n{\n"
<< " \"directory\": \""
<< cmGlobalGenerator::EscapeJSON(buildFileDir) << "\",\n"
<< " \"command\": \""
<< cmGlobalGenerator::EscapeJSON(commandLine) << "\",\n"
<< " \"file\": \""
<< cmGlobalGenerator::EscapeJSON(sourceFileName) << "\"\n"
<< "}";
/* clang-format on */
}
void cmGlobalNinjaGenerator::CloseCompileCommandsStream()
{
if (this->CompileCommandsStream) {
*this->CompileCommandsStream << "\n]";
delete this->CompileCommandsStream;
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this->CompileCommandsStream = CM_NULLPTR;
}
}
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void cmGlobalNinjaGenerator::WriteDisclaimer(std::ostream& os)
{
os << "# CMAKE generated file: DO NOT EDIT!\n"
<< "# Generated by \"" << this->GetName() << "\""
<< " Generator, CMake Version " << cmVersion::GetMajorVersion() << "."
<< cmVersion::GetMinorVersion() << "\n\n";
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}
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void cmGlobalNinjaGenerator::AddDependencyToAll(cmGeneratorTarget* target)
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{
this->AppendTargetOutputs(target, this->AllDependencies);
}
void cmGlobalNinjaGenerator::AddDependencyToAll(const std::string& input)
{
this->AllDependencies.push_back(input);
}
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void cmGlobalNinjaGenerator::WriteAssumedSourceDependencies()
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{
for (std::map<std::string, std::set<std::string> >::iterator i =
this->AssumedSourceDependencies.begin();
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i != this->AssumedSourceDependencies.end(); ++i) {
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cmNinjaDeps deps;
std::copy(i->second.begin(), i->second.end(), std::back_inserter(deps));
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WriteCustomCommandBuild(/*command=*/"", /*description=*/"",
"Assume dependencies for generated source file.",
/*depfile*/ "", /*uses_terminal*/ false,
/*restat*/ true, cmNinjaDeps(1, i->first), deps);
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}
}
void cmGlobalNinjaGenerator::AppendTargetOutputs(
cmGeneratorTarget const* target, cmNinjaDeps& outputs)
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{
std::string configName =
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target->Target->GetMakefile()->GetSafeDefinition("CMAKE_BUILD_TYPE");
// for frameworks, we want the real name, not smple name
// frameworks always appear versioned, and the build.ninja
// will always attempt to manage symbolic links instead
// of letting cmOSXBundleGenerator do it.
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bool realname = target->IsFrameworkOnApple();
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switch (target->GetType()) {
case cmState::EXECUTABLE:
case cmState::SHARED_LIBRARY:
case cmState::STATIC_LIBRARY:
case cmState::MODULE_LIBRARY: {
outputs.push_back(this->ConvertToNinjaPath(
target->GetFullPath(configName, false, realname)));
break;
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}
case cmState::OBJECT_LIBRARY:
case cmState::GLOBAL_TARGET:
case cmState::UTILITY: {
std::string path =
target->GetLocalGenerator()->GetCurrentBinaryDirectory() +
std::string("/") + target->GetName();
outputs.push_back(this->ConvertToNinjaPath(path));
break;
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}
default:
return;
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}
}
void cmGlobalNinjaGenerator::AppendTargetDepends(
cmGeneratorTarget const* target, cmNinjaDeps& outputs)
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{
if (target->GetType() == cmState::GLOBAL_TARGET) {
// These depend only on other CMake-provided targets, e.g. "all".
std::set<std::string> const& utils = target->GetUtilities();
for (std::set<std::string>::const_iterator i = utils.begin();
i != utils.end(); ++i) {
std::string d =
target->GetLocalGenerator()->GetCurrentBinaryDirectory() +
std::string("/") + *i;
outputs.push_back(this->ConvertToNinjaPath(d));
}
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} else {
cmNinjaDeps outs;
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cmTargetDependSet const& targetDeps = this->GetTargetDirectDepends(target);
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for (cmTargetDependSet::const_iterator i = targetDeps.begin();
i != targetDeps.end(); ++i) {
if ((*i)->GetType() == cmState::INTERFACE_LIBRARY) {
continue;
}
this->AppendTargetOutputs(*i, outs);
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}
std::sort(outs.begin(), outs.end());
outputs.insert(outputs.end(), outs.begin(), outs.end());
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}
}
Ninja: Fix inter-target order-only dependencies of custom commands Custom command dependencies are followed for each target's source files and add their transitive closure to the corresponding target. This means that when a custom command in one target has a dependency on a custom command in another target, both will appear in the dependent target's sources. For the Makefile, VS IDE, and Xcode generators this is not a problem because each target gets its own independent build system that is evaluated in target dependency order. By the time the dependent target is built the custom command that belongs to one of its dependencies will already have been brought up to date. For the Ninja generator we need to generate a monolithic build system covering all targets so we can have only one copy of a custom command. This means that we need to reconcile the target-level ordering dependencies from its appearance in multiple targets to include only the least-dependent common set. This is done by computing the set intersection of the dependencies of all the targets containing a custom command. However, we previously included only the direct dependencies so any target-level dependency not directly added to all targets into which a custom command propagates was discarded. Fix this by computing the transitive closure of dependencies for each target and then intersecting those sets. That will get the common set of dependencies. Also add a test to cover a case in which the incorrectly dropped target ordering dependencies would fail.
2016-07-20 16:32:32 +03:00
void cmGlobalNinjaGenerator::AppendTargetDependsClosure(
cmGeneratorTarget const* target, cmNinjaDeps& outputs)
{
TargetDependsClosureMap::iterator i =
this->TargetDependsClosures.find(target);
if (i == this->TargetDependsClosures.end()) {
TargetDependsClosureMap::value_type e(
target, std::set<cmGeneratorTarget const*>());
i = this->TargetDependsClosures.insert(e).first;
this->ComputeTargetDependsClosure(target, i->second);
}
std::set<cmGeneratorTarget const*> const& targets = i->second;
cmNinjaDeps outs;
for (std::set<cmGeneratorTarget const*>::const_iterator ti = targets.begin();
ti != targets.end(); ++ti) {
this->AppendTargetOutputs(*ti, outs);
}
std::sort(outs.begin(), outs.end());
outputs.insert(outputs.end(), outs.begin(), outs.end());
}
void cmGlobalNinjaGenerator::ComputeTargetDependsClosure(
cmGeneratorTarget const* target, std::set<cmGeneratorTarget const*>& depends)
{
cmTargetDependSet const& targetDeps = this->GetTargetDirectDepends(target);
for (cmTargetDependSet::const_iterator i = targetDeps.begin();
i != targetDeps.end(); ++i) {
if ((*i)->GetType() == cmState::INTERFACE_LIBRARY) {
continue;
}
if (depends.insert(*i).second) {
this->ComputeTargetDependsClosure(*i, depends);
}
}
}
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void cmGlobalNinjaGenerator::AddTargetAlias(const std::string& alias,
cmGeneratorTarget* target)
{
std::string buildAlias = this->NinjaOutputPath(alias);
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cmNinjaDeps outputs;
this->AppendTargetOutputs(target, outputs);
// Mark the target's outputs as ambiguous to ensure that no other target uses
// the output as an alias.
for (cmNinjaDeps::iterator i = outputs.begin(); i != outputs.end(); ++i) {
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TargetAliases[*i] = CM_NULLPTR;
}
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// Insert the alias into the map. If the alias was already present in the
// map and referred to another target, mark it as ambiguous.
std::pair<TargetAliasMap::iterator, bool> newAlias =
TargetAliases.insert(std::make_pair(buildAlias, target));
if (newAlias.second && newAlias.first->second != target) {
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newAlias.first->second = CM_NULLPTR;
}
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}
void cmGlobalNinjaGenerator::WriteTargetAliases(std::ostream& os)
{
cmGlobalNinjaGenerator::WriteDivider(os);
os << "# Target aliases.\n\n";
for (TargetAliasMap::const_iterator i = TargetAliases.begin();
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i != TargetAliases.end(); ++i) {
// Don't write ambiguous aliases.
if (!i->second) {
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continue;
}
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cmNinjaDeps deps;
this->AppendTargetOutputs(i->second, deps);
this->WritePhonyBuild(os, "", cmNinjaDeps(1, i->first), deps);
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}
}
void cmGlobalNinjaGenerator::WriteFolderTargets(std::ostream& os)
{
cmGlobalNinjaGenerator::WriteDivider(os);
os << "# Folder targets.\n\n";
std::map<std::string, cmNinjaDeps> targetsPerFolder;
for (std::vector<cmLocalGenerator*>::const_iterator lgi =
this->LocalGenerators.begin();
lgi != this->LocalGenerators.end(); ++lgi) {
cmLocalGenerator const* lg = *lgi;
const std::string currentSourceFolder(
lg->GetStateSnapshot().GetDirectory().GetCurrentSource());
// The directory-level rule should depend on the target-level rules
// for all targets in the directory.
targetsPerFolder[currentSourceFolder] = cmNinjaDeps();
for (std::vector<cmGeneratorTarget*>::const_iterator ti =
lg->GetGeneratorTargets().begin();
ti != lg->GetGeneratorTargets().end(); ++ti) {
cmGeneratorTarget const* gt = *ti;
cmState::TargetType const type = gt->GetType();
if ((type == cmState::EXECUTABLE || type == cmState::STATIC_LIBRARY ||
type == cmState::SHARED_LIBRARY ||
type == cmState::MODULE_LIBRARY ||
type == cmState::OBJECT_LIBRARY || type == cmState::UTILITY) &&
!gt->GetPropertyAsBool("EXCLUDE_FROM_ALL")) {
targetsPerFolder[currentSourceFolder].push_back(gt->GetName());
}
}
// The directory-level rule should depend on the directory-level
// rules of the subdirectories.
std::vector<cmState::Snapshot> const& children =
lg->GetStateSnapshot().GetChildren();
for (std::vector<cmState::Snapshot>::const_iterator stateIt =
children.begin();
stateIt != children.end(); ++stateIt) {
targetsPerFolder[currentSourceFolder].push_back(
this->ConvertToNinjaFolderRule(
stateIt->GetDirectory().GetCurrentSource()));
}
}
std::string const rootSourceDir =
this->LocalGenerators[0]->GetSourceDirectory();
for (std::map<std::string, cmNinjaDeps>::const_iterator it =
targetsPerFolder.begin();
it != targetsPerFolder.end(); ++it) {
cmGlobalNinjaGenerator::WriteDivider(os);
std::string const& currentSourceDir = it->first;
// Do not generate a rule for the root source dir.
if (rootSourceDir.length() >= currentSourceDir.length()) {
continue;
}
std::string const comment = "Folder: " + currentSourceDir;
cmNinjaDeps output(1);
output.push_back(this->ConvertToNinjaFolderRule(currentSourceDir));
this->WritePhonyBuild(os, comment, output, it->second);
}
}
void cmGlobalNinjaGenerator::WriteUnknownExplicitDependencies(std::ostream& os)
{
if (!this->ComputingUnknownDependencies) {
return;
}
// We need to collect the set of known build outputs.
// Start with those generated by WriteBuild calls.
// No other method needs this so we can take ownership
// of the set locally and throw it out when we are done.
std::set<std::string> knownDependencies;
knownDependencies.swap(this->CombinedBuildOutputs);
// now write out the unknown explicit dependencies.
// union the configured files, evaluations files and the
// CombinedBuildOutputs,
// and then difference with CombinedExplicitDependencies to find the explicit
// dependencies that we have no rule for
cmGlobalNinjaGenerator::WriteDivider(os);
/* clang-format off */
os << "# Unknown Build Time Dependencies.\n"
<< "# Tell Ninja that they may appear as side effects of build rules\n"
<< "# otherwise ordered by order-only dependencies.\n\n";
/* clang-format on */
// get the list of files that cmake itself has generated as a
// product of configuration.
for (std::vector<cmLocalGenerator*>::const_iterator i =
this->LocalGenerators.begin();
i != this->LocalGenerators.end(); ++i) {
// get the vector of files created by this makefile and convert them
// to ninja paths, which are all relative in respect to the build directory
const std::vector<std::string>& files =
(*i)->GetMakefile()->GetOutputFiles();
typedef std::vector<std::string>::const_iterator vect_it;
for (vect_it j = files.begin(); j != files.end(); ++j) {
knownDependencies.insert(this->ConvertToNinjaPath(*j));
}
// get list files which are implicit dependencies as well and will be phony
// for rebuild manifest
std::vector<std::string> const& lf = (*i)->GetMakefile()->GetListFiles();
typedef std::vector<std::string>::const_iterator vect_it;
for (vect_it j = lf.begin(); j != lf.end(); ++j) {
knownDependencies.insert(this->ConvertToNinjaPath(*j));
}
std::vector<cmGeneratorExpressionEvaluationFile*> const& ef =
(*i)->GetMakefile()->GetEvaluationFiles();
for (std::vector<cmGeneratorExpressionEvaluationFile*>::const_iterator li =
ef.begin();
li != ef.end(); ++li) {
// get all the files created by generator expressions and convert them
// to ninja paths
std::vector<std::string> evaluationFiles = (*li)->GetFiles();
for (vect_it j = evaluationFiles.begin(); j != evaluationFiles.end();
++j) {
knownDependencies.insert(this->ConvertToNinjaPath(*j));
}
}
}
knownDependencies.insert(this->CMakeCacheFile);
for (TargetAliasMap::const_iterator i = this->TargetAliases.begin();
i != this->TargetAliases.end(); ++i) {
knownDependencies.insert(this->ConvertToNinjaPath(i->first));
}
// remove all source files we know will exist.
typedef std::map<std::string, std::set<std::string> >::const_iterator map_it;
for (map_it i = this->AssumedSourceDependencies.begin();
i != this->AssumedSourceDependencies.end(); ++i) {
knownDependencies.insert(this->ConvertToNinjaPath(i->first));
}
// now we difference with CombinedCustomCommandExplicitDependencies to find
// the list of items we know nothing about.
// We have encoded all the paths in CombinedCustomCommandExplicitDependencies
// and knownDependencies so no matter if unix or windows paths they
// should all match now.
std::vector<std::string> unknownExplicitDepends;
this->CombinedCustomCommandExplicitDependencies.erase(this->TargetAll);
std::set_difference(this->CombinedCustomCommandExplicitDependencies.begin(),
this->CombinedCustomCommandExplicitDependencies.end(),
knownDependencies.begin(), knownDependencies.end(),
std::back_inserter(unknownExplicitDepends));
std::string const rootBuildDirectory =
this->GetCMakeInstance()->GetHomeOutputDirectory();
bool const inSourceBuild =
(rootBuildDirectory == this->GetCMakeInstance()->GetHomeDirectory());
std::vector<std::string> warnExplicitDepends;
for (std::vector<std::string>::const_iterator i =
unknownExplicitDepends.begin();
i != unknownExplicitDepends.end(); ++i) {
// verify the file is in the build directory
std::string const absDepPath =
cmSystemTools::CollapseFullPath(*i, rootBuildDirectory.c_str());
bool const inBuildDir =
cmSystemTools::IsSubDirectory(absDepPath, rootBuildDirectory);
if (inBuildDir) {
cmNinjaDeps deps(1, *i);
this->WritePhonyBuild(os, "", deps, cmNinjaDeps());
if (this->PolicyCMP0058 == cmPolicies::WARN && !inSourceBuild &&
warnExplicitDepends.size() < 10) {
warnExplicitDepends.push_back(*i);
}
}
}
if (!warnExplicitDepends.empty()) {
std::ostringstream w;
/* clang-format off */
2015-05-03 11:12:10 +03:00
w << cmPolicies::GetPolicyWarning(cmPolicies::CMP0058) << "\n"
"This project specifies custom command DEPENDS on files "
"in the build tree that are not specified as the OUTPUT or "
"BYPRODUCTS of any add_custom_command or add_custom_target:\n"
" " << cmJoin(warnExplicitDepends, "\n ") <<
"\n"
"For compatibility with versions of CMake that did not have "
"the BYPRODUCTS option, CMake is generating phony rules for "
"such files to convince 'ninja' to build."
"\n"
"Project authors should add the missing BYPRODUCTS or OUTPUT "
"options to the custom commands that produce these files."
;
/* clang-format on */
this->GetCMakeInstance()->IssueMessage(cmake::AUTHOR_WARNING, w.str());
}
}
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void cmGlobalNinjaGenerator::WriteBuiltinTargets(std::ostream& os)
{
// Write headers.
cmGlobalNinjaGenerator::WriteDivider(os);
os << "# Built-in targets\n\n";
this->WriteTargetAll(os);
this->WriteTargetRebuildManifest(os);
this->WriteTargetClean(os);
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this->WriteTargetHelp(os);
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}
void cmGlobalNinjaGenerator::WriteTargetAll(std::ostream& os)
{
cmNinjaDeps outputs;
outputs.push_back(this->TargetAll);
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this->WritePhonyBuild(os, "The main all target.", outputs,
this->AllDependencies);
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if (!this->HasOutputPathPrefix()) {
cmGlobalNinjaGenerator::WriteDefault(os, outputs,
"Make the all target the default.");
}
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}
void cmGlobalNinjaGenerator::WriteTargetRebuildManifest(std::ostream& os)
{
cmLocalGenerator* lg = this->LocalGenerators[0];
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std::ostringstream cmd;
cmd << lg->ConvertToOutputFormat(cmSystemTools::GetCMakeCommand(),
cmOutputConverter::SHELL)
<< " -H"
<< lg->ConvertToOutputFormat(lg->GetSourceDirectory(),
cmOutputConverter::SHELL)
<< " -B"
<< lg->ConvertToOutputFormat(lg->GetBinaryDirectory(),
cmOutputConverter::SHELL);
WriteRule(*this->RulesFileStream, "RERUN_CMAKE", cmd.str(),
"Re-running CMake...", "Rule for re-running cmake.",
/*depfile=*/"",
/*deptype=*/"",
/*rspfile=*/"",
/*rspcontent*/ "",
/*restat=*/"",
/*generator=*/true);
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cmNinjaDeps implicitDeps;
for (std::vector<cmLocalGenerator*>::const_iterator i =
this->LocalGenerators.begin();
i != this->LocalGenerators.end(); ++i) {
std::vector<std::string> const& lf = (*i)->GetMakefile()->GetListFiles();
for (std::vector<std::string>::const_iterator fi = lf.begin();
fi != lf.end(); ++fi) {
implicitDeps.push_back(this->ConvertToNinjaPath(*fi));
}
}
implicitDeps.push_back(this->CMakeCacheFile);
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std::sort(implicitDeps.begin(), implicitDeps.end());
implicitDeps.erase(std::unique(implicitDeps.begin(), implicitDeps.end()),
implicitDeps.end());
cmNinjaVars variables;
// Use 'console' pool to get non buffered output of the CMake re-run call
// Available since Ninja 1.5
if (SupportsConsolePool()) {
variables["pool"] = "console";
}
std::string const ninjaBuildFile = this->NinjaOutputPath(NINJA_BUILD_FILE);
this->WriteBuild(os, "Re-run CMake if any of its inputs changed.",
"RERUN_CMAKE",
/*outputs=*/cmNinjaDeps(1, ninjaBuildFile),
/*implicitOuts=*/cmNinjaDeps(),
/*explicitDeps=*/cmNinjaDeps(), implicitDeps,
/*orderOnlyDeps=*/cmNinjaDeps(), variables);
this->WritePhonyBuild(os, "A missing CMake input file is not an error.",
implicitDeps, cmNinjaDeps());
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}
std::string cmGlobalNinjaGenerator::ninjaCmd() const
{
cmLocalGenerator* lgen = this->LocalGenerators[0];
if (lgen) {
return lgen->ConvertToOutputFormat(this->NinjaCommand,
cmOutputConverter::SHELL);
}
return "ninja";
}
bool cmGlobalNinjaGenerator::SupportsConsolePool() const
{
return this->NinjaSupportsConsolePool;
}
bool cmGlobalNinjaGenerator::SupportsImplicitOuts() const
{
return this->NinjaSupportsImplicitOuts;
}
void cmGlobalNinjaGenerator::WriteTargetClean(std::ostream& os)
{
WriteRule(*this->RulesFileStream, "CLEAN", ninjaCmd() + " -t clean",
"Cleaning all built files...",
"Rule for cleaning all built files.",
/*depfile=*/"",
/*deptype=*/"",
/*rspfile=*/"",
/*rspcontent*/ "",
/*restat=*/"",
/*generator=*/false);
WriteBuild(os, "Clean all the built files.", "CLEAN",
/*outputs=*/cmNinjaDeps(1, this->NinjaOutputPath("clean")),
/*implicitOuts=*/cmNinjaDeps(),
/*explicitDeps=*/cmNinjaDeps(),
/*implicitDeps=*/cmNinjaDeps(),
/*orderOnlyDeps=*/cmNinjaDeps(),
/*variables=*/cmNinjaVars());
}
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void cmGlobalNinjaGenerator::WriteTargetHelp(std::ostream& os)
{
WriteRule(*this->RulesFileStream, "HELP", ninjaCmd() + " -t targets",
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"All primary targets available:",
"Rule for printing all primary targets available.",
/*depfile=*/"",
/*deptype=*/"",
/*rspfile=*/"",
/*rspcontent*/ "",
/*restat=*/"",
/*generator=*/false);
WriteBuild(os, "Print all primary targets available.", "HELP",
/*outputs=*/cmNinjaDeps(1, this->NinjaOutputPath("help")),
/*implicitOuts=*/cmNinjaDeps(),
/*explicitDeps=*/cmNinjaDeps(),
/*implicitDeps=*/cmNinjaDeps(),
/*orderOnlyDeps=*/cmNinjaDeps(),
/*variables=*/cmNinjaVars());
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}
void cmGlobalNinjaGenerator::InitOutputPathPrefix()
{
this->OutputPathPrefix =
this->LocalGenerators[0]->GetMakefile()->GetSafeDefinition(
"CMAKE_NINJA_OUTPUT_PATH_PREFIX");
EnsureTrailingSlash(this->OutputPathPrefix);
}
std::string cmGlobalNinjaGenerator::NinjaOutputPath(std::string const& path)
{
if (!this->HasOutputPathPrefix() || cmSystemTools::FileIsFullPath(path)) {
return path;
}
return this->OutputPathPrefix + path;
}
void cmGlobalNinjaGenerator::StripNinjaOutputPathPrefixAsSuffix(
std::string& path)
{
if (path.empty()) {
return;
}
EnsureTrailingSlash(path);
cmStripSuffixIfExists(path, this->OutputPathPrefix);
}
/*
We use the following approach to support Fortran. Each target already
has a <target>.dir/ directory used to hold intermediate files for CMake.
For each target, a FortranDependInfo.json file is generated by CMake with
information about include directories, module directories, and the locations
the per-target directories for target dependencies.
Compilation of source files within a target is split into the following steps:
1. Preprocess all sources, scan preprocessed output for module dependencies.
This step is done with independent build statements for each source,
and can therefore be done in parallel.
rule Fortran_PREPROCESS
depfile = $DEP_FILE
command = gfortran -cpp $DEFINES $INCLUDES $FLAGS -E $in -o $out &&
cmake -E cmake_ninja_depends \
--tdi=FortranDependInfo.json --pp=$out --dep=$DEP_FILE \
--obj=$OBJ_FILE --ddi=$DYNDEP_INTERMEDIATE_FILE
build src.f90-pp.f90 | src.f90-pp.f90.ddi: Fortran_PREPROCESS src.f90
OBJ_FILE = src.f90.o
DEP_FILE = src.f90-pp.f90.d
DYNDEP_INTERMEDIATE_FILE = src.f90-pp.f90.ddi
The ``cmake -E cmake_ninja_depends`` tool reads the preprocessed output
and generates the ninja depfile for preprocessor dependencies. It also
generates a "ddi" file (in a format private to CMake) that lists the
object file that compilation will produce along with the module names
it provides and/or requires. The "ddi" file is an implicit output
because it should not appear in "$out" but is generated by the rule.
2. Consolidate the per-source module dependencies saved in the "ddi"
files from all sources to produce a ninja "dyndep" file, ``Fortran.dd``.
rule Fortran_DYNDEP
command = cmake -E cmake_ninja_dyndep \
--tdi=FortranDependInfo.json --dd=$out $in
build Fortran.dd: Fortran_DYNDEP src1.f90-pp.f90.ddi src2.f90-pp.f90.ddi
The ``cmake -E cmake_ninja_dyndep`` tool reads the "ddi" files from all
sources in the target and the ``FortranModules.json`` files from targets
on which the target depends. It computes dependency edges on compilations
that require modules to those that provide the modules. This information
is placed in the ``Fortran.dd`` file for ninja to load later. It also
writes the expected location of modules provided by this target into
``FortranModules.json`` for use by dependent targets.
3. Compile all sources after loading dynamically discovered dependencies
of the compilation build statements from their ``dyndep`` bindings.
rule Fortran_COMPILE
command = gfortran $INCLUDES $FLAGS -c $in -o $out
build src1.f90.o: Fortran_COMPILE src1.f90-pp.f90 || Fortran.dd
dyndep = Fortran.dd
The "dyndep" binding tells ninja to load dynamically discovered
dependency information from ``Fortran.dd``. This adds information
such as:
build src1.f90.o | mod1.mod: dyndep
restat = 1
This tells ninja that ``mod1.mod`` is an implicit output of compiling
the object file ``src1.f90.o``. The ``restat`` binding tells it that
the timestamp of the output may not always change. Additionally:
build src2.f90.o: dyndep | mod1.mod
This tells ninja that ``mod1.mod`` is a dependency of compiling the
object file ``src2.f90.o``. This ensures that ``src1.f90.o`` and
``mod1.mod`` will always be up to date before ``src2.f90.o`` is built
(because the latter consumes the module).
*/
int cmcmd_cmake_ninja_depends(std::vector<std::string>::const_iterator argBeg,
std::vector<std::string>::const_iterator argEnd)
{
std::string arg_tdi;
std::string arg_pp;
std::string arg_dep;
std::string arg_obj;
std::string arg_ddi;
for (std::vector<std::string>::const_iterator a = argBeg; a != argEnd; ++a) {
std::string const& arg = *a;
if (cmHasLiteralPrefix(arg, "--tdi=")) {
arg_tdi = arg.substr(6);
} else if (cmHasLiteralPrefix(arg, "--pp=")) {
arg_pp = arg.substr(5);
} else if (cmHasLiteralPrefix(arg, "--dep=")) {
arg_dep = arg.substr(6);
} else if (cmHasLiteralPrefix(arg, "--obj=")) {
arg_obj = arg.substr(6);
} else if (cmHasLiteralPrefix(arg, "--ddi=")) {
arg_ddi = arg.substr(6);
} else {
cmSystemTools::Error("-E cmake_ninja_depends unknown argument: ",
arg.c_str());
return 1;
}
}
if (arg_tdi.empty()) {
cmSystemTools::Error("-E cmake_ninja_depends requires value for --tdi=");
return 1;
}
if (arg_pp.empty()) {
cmSystemTools::Error("-E cmake_ninja_depends requires value for --pp=");
return 1;
}
if (arg_dep.empty()) {
cmSystemTools::Error("-E cmake_ninja_depends requires value for --dep=");
return 1;
}
if (arg_obj.empty()) {
cmSystemTools::Error("-E cmake_ninja_depends requires value for --obj=");
return 1;
}
if (arg_ddi.empty()) {
cmSystemTools::Error("-E cmake_ninja_depends requires value for --ddi=");
return 1;
}
std::vector<std::string> includes;
{
Json::Value tdio;
Json::Value const& tdi = tdio;
{
cmsys::ifstream tdif(arg_tdi.c_str(), std::ios::in | std::ios::binary);
Json::Reader reader;
if (!reader.parse(tdif, tdio, false)) {
cmSystemTools::Error("-E cmake_ninja_depends failed to parse ",
arg_tdi.c_str(),
reader.getFormattedErrorMessages().c_str());
return 1;
}
}
Json::Value const& tdi_include_dirs = tdi["include-dirs"];
if (tdi_include_dirs.isArray()) {
for (Json::Value::const_iterator i = tdi_include_dirs.begin();
i != tdi_include_dirs.end(); ++i) {
includes.push_back(i->asString());
}
}
}
cmFortranSourceInfo info;
std::set<std::string> defines;
cmFortranParser parser(includes, defines, info);
if (!cmFortranParser_FilePush(&parser, arg_pp.c_str())) {
cmSystemTools::Error("-E cmake_ninja_depends failed to open ",
arg_pp.c_str());
return 1;
}
if (cmFortran_yyparse(parser.Scanner) != 0) {
// Failed to parse the file.
return 1;
}
{
cmGeneratedFileStream depfile(arg_dep.c_str());
depfile << cmSystemTools::ConvertToUnixOutputPath(arg_pp) << ":";
for (std::set<std::string>::iterator i = info.Includes.begin();
i != info.Includes.end(); ++i) {
depfile << " \\\n " << cmSystemTools::ConvertToUnixOutputPath(*i);
}
depfile << "\n";
}
Json::Value ddi(Json::objectValue);
ddi["object"] = arg_obj;
Json::Value& ddi_provides = ddi["provides"] = Json::arrayValue;
for (std::set<std::string>::iterator i = info.Provides.begin();
i != info.Provides.end(); ++i) {
ddi_provides.append(*i);
}
Json::Value& ddi_requires = ddi["requires"] = Json::arrayValue;
for (std::set<std::string>::iterator i = info.Requires.begin();
i != info.Requires.end(); ++i) {
// Require modules not provided in the same source.
if (!info.Provides.count(*i)) {
ddi_requires.append(*i);
}
}
cmGeneratedFileStream ddif(arg_ddi.c_str());
ddif << ddi;
if (!ddif) {
cmSystemTools::Error("-E cmake_ninja_depends failed to write ",
arg_ddi.c_str());
return 1;
}
return 0;
}
struct cmFortranObjectInfo
{
std::string Object;
std::vector<std::string> Provides;
std::vector<std::string> Requires;
};
bool cmGlobalNinjaGenerator::WriteDyndepFile(
std::string const& dir_top_src, std::string const& dir_top_bld,
std::string const& dir_cur_src, std::string const& dir_cur_bld,
std::string const& arg_dd, std::vector<std::string> const& arg_ddis,
std::string const& module_dir,
std::vector<std::string> const& linked_target_dirs)
{
// Setup path conversions.
{
cmState::Snapshot snapshot =
this->GetCMakeInstance()->GetCurrentSnapshot();
snapshot.GetDirectory().SetCurrentSource(dir_cur_src);
snapshot.GetDirectory().SetCurrentBinary(dir_cur_bld);
snapshot.GetDirectory().SetRelativePathTopSource(dir_top_src.c_str());
snapshot.GetDirectory().SetRelativePathTopBinary(dir_top_bld.c_str());
CM_AUTO_PTR<cmMakefile> mfd(new cmMakefile(this, snapshot));
CM_AUTO_PTR<cmLocalNinjaGenerator> lgd(static_cast<cmLocalNinjaGenerator*>(
this->CreateLocalGenerator(mfd.get())));
this->Makefiles.push_back(mfd.release());
this->LocalGenerators.push_back(lgd.release());
}
std::vector<cmFortranObjectInfo> objects;
for (std::vector<std::string>::const_iterator ddii = arg_ddis.begin();
ddii != arg_ddis.end(); ++ddii) {
// Load the ddi file and compute the module file paths it provides.
Json::Value ddio;
Json::Value const& ddi = ddio;
cmsys::ifstream ddif(ddii->c_str(), std::ios::in | std::ios::binary);
Json::Reader reader;
if (!reader.parse(ddif, ddio, false)) {
cmSystemTools::Error("-E cmake_ninja_dyndep failed to parse ",
ddii->c_str(),
reader.getFormattedErrorMessages().c_str());
return false;
}
cmFortranObjectInfo info;
info.Object = ddi["object"].asString();
Json::Value const& ddi_provides = ddi["provides"];
if (ddi_provides.isArray()) {
for (Json::Value::const_iterator i = ddi_provides.begin();
i != ddi_provides.end(); ++i) {
info.Provides.push_back(i->asString());
}
}
Json::Value const& ddi_requires = ddi["requires"];
if (ddi_requires.isArray()) {
for (Json::Value::const_iterator i = ddi_requires.begin();
i != ddi_requires.end(); ++i) {
info.Requires.push_back(i->asString());
}
}
objects.push_back(info);
}
// Map from module name to module file path, if known.
std::map<std::string, std::string> mod_files;
// Populate the module map with those provided by linked targets first.
for (std::vector<std::string>::const_iterator di =
linked_target_dirs.begin();
di != linked_target_dirs.end(); ++di) {
std::string const ltmn = *di + "/FortranModules.json";
Json::Value ltm;
cmsys::ifstream ltmf(ltmn.c_str(), std::ios::in | std::ios::binary);
Json::Reader reader;
if (ltmf && !reader.parse(ltmf, ltm, false)) {
cmSystemTools::Error("-E cmake_ninja_dyndep failed to parse ",
di->c_str(),
reader.getFormattedErrorMessages().c_str());
return false;
}
if (ltm.isObject()) {
for (Json::Value::iterator i = ltm.begin(); i != ltm.end(); ++i) {
mod_files[i.key().asString()] = i->asString();
}
}
}
// Extend the module map with those provided by this target.
// We do this after loading the modules provided by linked targets
// in case we have one of the same name that must be preferred.
Json::Value tm = Json::objectValue;
for (std::vector<cmFortranObjectInfo>::iterator oi = objects.begin();
oi != objects.end(); ++oi) {
for (std::vector<std::string>::iterator i = oi->Provides.begin();
i != oi->Provides.end(); ++i) {
std::string const mod = module_dir + *i + ".mod";
mod_files[*i] = mod;
tm[*i] = mod;
}
}
cmGeneratedFileStream ddf(arg_dd.c_str());
ddf << "ninja_dyndep_version = 1.0\n";
for (std::vector<cmFortranObjectInfo>::iterator oi = objects.begin();
oi != objects.end(); ++oi) {
std::string const ddComment;
std::string const ddRule = "dyndep";
cmNinjaDeps ddOutputs;
cmNinjaDeps ddImplicitOuts;
cmNinjaDeps ddExplicitDeps;
cmNinjaDeps ddImplicitDeps;
cmNinjaDeps ddOrderOnlyDeps;
cmNinjaVars ddVars;
ddOutputs.push_back(oi->Object);
for (std::vector<std::string>::iterator i = oi->Provides.begin();
i != oi->Provides.end(); ++i) {
ddImplicitOuts.push_back(this->ConvertToNinjaPath(mod_files[*i]));
}
for (std::vector<std::string>::iterator i = oi->Requires.begin();
i != oi->Requires.end(); ++i) {
std::map<std::string, std::string>::iterator m = mod_files.find(*i);
if (m != mod_files.end()) {
ddImplicitDeps.push_back(this->ConvertToNinjaPath(m->second));
}
}
if (!oi->Provides.empty()) {
ddVars["restat"] = "1";
}
this->WriteBuild(ddf, ddComment, ddRule, ddOutputs, ddImplicitOuts,
ddExplicitDeps, ddImplicitDeps, ddOrderOnlyDeps, ddVars);
}
// Store the map of modules provided by this target in a file for
// use by dependents that reference this target in linked-target-dirs.
std::string const target_mods_file =
cmSystemTools::GetFilenamePath(arg_dd) + "/FortranModules.json";
cmGeneratedFileStream tmf(target_mods_file.c_str());
tmf << tm;
return true;
}
int cmcmd_cmake_ninja_dyndep(std::vector<std::string>::const_iterator argBeg,
std::vector<std::string>::const_iterator argEnd)
{
std::string arg_dd;
std::string arg_tdi;
std::vector<std::string> arg_ddis;
for (std::vector<std::string>::const_iterator a = argBeg; a != argEnd; ++a) {
std::string const& arg = *a;
if (cmHasLiteralPrefix(arg, "--tdi=")) {
arg_tdi = arg.substr(6);
} else if (cmHasLiteralPrefix(arg, "--dd=")) {
arg_dd = arg.substr(5);
} else if (!cmHasLiteralPrefix(arg, "--") &&
cmHasLiteralSuffix(arg, ".ddi")) {
arg_ddis.push_back(arg);
} else {
cmSystemTools::Error("-E cmake_ninja_dyndep unknown argument: ",
arg.c_str());
return 1;
}
}
if (arg_tdi.empty()) {
cmSystemTools::Error("-E cmake_ninja_dyndep requires value for --tdi=");
return 1;
}
if (arg_dd.empty()) {
cmSystemTools::Error("-E cmake_ninja_dyndep requires value for --dd=");
return 1;
}
Json::Value tdio;
Json::Value const& tdi = tdio;
{
cmsys::ifstream tdif(arg_tdi.c_str(), std::ios::in | std::ios::binary);
Json::Reader reader;
if (!reader.parse(tdif, tdio, false)) {
cmSystemTools::Error("-E cmake_ninja_dyndep failed to parse ",
arg_tdi.c_str(),
reader.getFormattedErrorMessages().c_str());
return 1;
}
}
std::string const dir_cur_bld = tdi["dir-cur-bld"].asString();
std::string const dir_cur_src = tdi["dir-cur-src"].asString();
std::string const dir_top_bld = tdi["dir-top-bld"].asString();
std::string const dir_top_src = tdi["dir-top-src"].asString();
std::string module_dir = tdi["module-dir"].asString();
if (!module_dir.empty()) {
module_dir += "/";
}
std::vector<std::string> linked_target_dirs;
Json::Value const& tdi_linked_target_dirs = tdi["linked-target-dirs"];
if (tdi_linked_target_dirs.isArray()) {
for (Json::Value::const_iterator i = tdi_linked_target_dirs.begin();
i != tdi_linked_target_dirs.end(); ++i) {
linked_target_dirs.push_back(i->asString());
}
}
cmake cm;
cm.SetHomeDirectory(dir_top_src);
cm.SetHomeOutputDirectory(dir_top_bld);
CM_AUTO_PTR<cmGlobalNinjaGenerator> ggd(
static_cast<cmGlobalNinjaGenerator*>(cm.CreateGlobalGenerator("Ninja")));
if (!ggd.get() ||
!ggd->WriteDyndepFile(dir_top_src, dir_top_bld, dir_cur_src, dir_cur_bld,
arg_dd, arg_ddis, module_dir,
linked_target_dirs)) {
return 1;
}
return 0;
}