diff options
| author | Bill Hoffman <bill.hoffman@kitware.com> | 2012-05-01 17:35:07 (GMT) |
|---|---|---|
| committer | Bill Hoffman <bill.hoffman@kitware.com> | 2012-05-01 17:35:07 (GMT) |
| commit | 319eeb0247f51bb2d380261ce7d63c7ce5020ed0 (patch) | |
| tree | 6885326a833ee4cca3416ed518601f47ca6c986e | |
| parent | 72210c266238607e12c12ed7e983efed557fa784 (diff) | |
| download | CMake-319eeb0247f51bb2d380261ce7d63c7ce5020ed0.zip CMake-319eeb0247f51bb2d380261ce7d63c7ce5020ed0.tar.gz CMake-319eeb0247f51bb2d380261ce7d63c7ce5020ed0.tar.bz2 | |
Add test for mumps coverage. Also refactor code to prepare for cache coverage.
Add a simple test to make sure the GTM mumps coverage is working.
Also refactor the code so that cache coverage can be added.
| -rw-r--r-- | Source/CMakeLists.txt | 1 | ||||
| -rw-r--r-- | Source/CTest/cmCTestCoverageHandler.cxx | 8 | ||||
| -rw-r--r-- | Source/CTest/cmParseGTMCoverage.cxx | 324 | ||||
| -rw-r--r-- | Source/CTest/cmParseGTMCoverage.h | 31 | ||||
| -rw-r--r-- | Source/CTest/cmParseMumpsCoverage.cxx | 125 | ||||
| -rw-r--r-- | Source/CTest/cmParseMumpsCoverage.h | 48 | ||||
| -rw-r--r-- | Tests/CMakeLists.txt | 18 | ||||
| -rw-r--r-- | Tests/MumpsCoverage/.gitattributes | 2 | ||||
| -rw-r--r-- | Tests/MumpsCoverage/Accounts_ReceivableTest.mcov | 1445 | ||||
| -rw-r--r-- | Tests/MumpsCoverage/DartConfiguration.tcl.in | 8 | ||||
| -rw-r--r-- | Tests/MumpsCoverage/VistA-FOIA/Packages/Toolkit/Routines/XINDEX.m | 144 | ||||
| -rw-r--r-- | Tests/MumpsCoverage/gtm_coverage.mcov.in | 2 |
12 files changed, 1928 insertions, 228 deletions
diff --git a/Source/CMakeLists.txt b/Source/CMakeLists.txt index 1ef67da..081cf65 100644 --- a/Source/CMakeLists.txt +++ b/Source/CMakeLists.txt @@ -423,6 +423,7 @@ SET(CTEST_SRCS cmCTest.cxx CTest/cmCTestConfigureHandler.cxx CTest/cmCTestCoverageCommand.cxx CTest/cmCTestCoverageHandler.cxx + CTest/cmParseMumpsCoverage.cxx CTest/cmParseGTMCoverage.cxx CTest/cmParsePHPCoverage.cxx CTest/cmCTestEmptyBinaryDirectoryCommand.cxx diff --git a/Source/CTest/cmCTestCoverageHandler.cxx b/Source/CTest/cmCTestCoverageHandler.cxx index 099bcb6..e7fa2f1 100644 --- a/Source/CTest/cmCTestCoverageHandler.cxx +++ b/Source/CTest/cmCTestCoverageHandler.cxx @@ -769,7 +769,13 @@ int cmCTestCoverageHandler::HandleGTMCoverage( "/gtm_coverage.mcov"; if(cmSystemTools::FileExists(coverageFile.c_str())) { - cov.ReadGTMCoverage(coverageFile.c_str()); + cov.ReadCoverageFile(coverageFile.c_str()); + } + else + { + cmCTestLog(this->CTest, HANDLER_VERBOSE_OUTPUT, + " Cannot find GTM coverage file: " << coverageFile + << std::endl); } return static_cast<int>(cont->TotalCoverage.size()); } diff --git a/Source/CTest/cmParseGTMCoverage.cxx b/Source/CTest/cmParseGTMCoverage.cxx index 130e40e..90d047b 100644 --- a/Source/CTest/cmParseGTMCoverage.cxx +++ b/Source/CTest/cmParseGTMCoverage.cxx @@ -8,156 +8,152 @@ cmParseGTMCoverage::cmParseGTMCoverage(cmCTestCoverageHandlerContainer& cont, - cmCTest* ctest) - :Coverage(cont), CTest(ctest) + cmCTest* ctest) + :cmParseMumpsCoverage(cont, ctest) { } -bool cmParseGTMCoverage::ReadGTMCoverage(const char* file) + +bool cmParseGTMCoverage::LoadCoverageData(const char* d) { - // Read the gtm_coverage.mcov file, that has two lines of data: - // packages:/full/path/to/Vista/Packages - // coverage_dir:/full/path/to/dir/with/*.mcov - std::ifstream in(file); - if(!in) + // load all the .mcov files in the specified directory + cmsys::Directory dir; + if(!dir.Load(d)) { return false; } - std::string line; - cmSystemTools::GetLineFromStream(in, line); - std::string::size_type pos = line.find(':', 0); - std::string packages; - if(pos != std::string::npos) - { - packages = line.substr(pos+1); - } - cmSystemTools::GetLineFromStream(in, line); - pos = line.find(':', 0); - std::string coverage_dir; - if(pos != std::string::npos) + size_t numf; + unsigned int i; + numf = dir.GetNumberOfFiles(); + for (i = 0; i < numf; i++) { - coverage_dir = line.substr(pos+1); + std::string file = dir.GetFile(i); + if(file != "." && file != ".." + && !cmSystemTools::FileIsDirectory(file.c_str())) + { + std::string path = d; + path += "/"; + path += file; + if(cmSystemTools::GetFilenameLastExtension(path) == ".mcov") + { + if(!this->ReadMCovFile(path.c_str())) + { + return false; + } + } + } } - // load the mumps files from the packages directory - this->LoadPackages(packages.c_str()); - // now load the *.mcov files from the coverage directory - this->LoadCoverageData(coverage_dir.c_str()); return true; } -void cmParseGTMCoverage::InitializeFile(std::string& file) +bool cmParseGTMCoverage::ReadMCovFile(const char* file) { - // initialize the coverage information for a given mumps file - std::ifstream in(file.c_str()); + std::ifstream in(file); if(!in) { - return; + return false; } std::string line; - cmCTestCoverageHandlerContainer::SingleFileCoverageVector& - coverageVector = this->Coverage.TotalCoverage[file]; - if(!cmSystemTools::GetLineFromStream(in, line)) - { - return; - } - // first line of a .m file can never be run - coverageVector.push_back(-1); - while( cmSystemTools::GetLineFromStream(in, line) ) + std::string lastfunction; + std::string lastroutine; + std::string lastpath; + int lastoffset = 0; + while( cmSystemTools::GetLineFromStream(in, line)) { - // putting in a 0 for a line means it is executable code - // putting in a -1 for a line means it is not executable code - int val = -1; // assume line is not executable - bool found = false; - std::string::size_type i = 0; - // (1) Search for the first whitespace or semicolon character on a line. - //This will skip over labels if the line starts with one, or will simply - //be the first character on the line for non-label lines. - for(; i < line.size(); ++i) + // only look at lines that have coverage data + if(line.find("^COVERAGE") == line.npos) + { + continue; + } + std::string filepath; + std::string function; + std::string routine; + int linenumber = 0; + int count = 0; + this->ParseMCOVLine(line, routine, function, linenumber, count); + // skip this one + if(routine == "RSEL") + { + continue; + } + // no need to search the file if we just did it + if(function == lastfunction && lastroutine == routine) { - if(line[i] == ' ' || line[i] == '\t' || line[i] == ';') + if(lastpath.size()) + { + this->Coverage.TotalCoverage[lastpath][lastoffset + linenumber] + += count; + } + else { - found = true; - break; + cmCTestLog(this->CTest, ERROR_MESSAGE, + "Can not find mumps file : " + << lastroutine << " referenced in this line of mcov data:\n" + "[" << line << "]\n"); } + continue; } - if(found) + // Find the full path to the file + std::map<cmStdString, cmStdString>::iterator i = + this->RoutineToDirectory.find(routine); + bool found = false; + if(i != this->RoutineToDirectory.end()) + { + filepath = i->second; + found = true; + } + else { - // (2) If the first character found above is whitespace then continue the - // search for the first following non-whitespace character. - if(line[i] == ' ' || line[i] == '\t') + // try some alternate names + const char* tryname[] = {"GUX", "GTM", "ONT", 0}; + for(int k=0; tryname[k] != 0; k++) { - while(i < line.size() && (line[i] == ' ' || line[i] == '\t')) + std::string routine2 = routine + tryname[k]; + i = this->RoutineToDirectory.find(routine2); + if(i != this->RoutineToDirectory.end()) { - i++; + found = true; + filepath = i->second; + break; // break out of tryname loop if found } } - // (3) If the character found is not a semicolon then the line counts for - // coverage. - if(i < line.size() && line[i] != ';') - { - val = 0; - } } - coverageVector.push_back(val); - } -} - -bool cmParseGTMCoverage::LoadPackages(const char* d) -{ - cmsys::Glob glob; - glob.RecurseOn(); - std::string pat = d; - pat += "/*.m"; - glob.FindFiles(pat.c_str()); - std::vector<std::string>& files = glob.GetFiles(); - std::vector<std::string>::iterator fileIt; - for ( fileIt = files.begin(); fileIt != files.end(); - ++ fileIt ) - { - std::string name = cmSystemTools::GetFilenameName(*fileIt); - this->RoutineToDirectory[name.substr(0, name.size()-2)] = *fileIt; - // initialze each file, this is left out until CDash is fixed - // to handle large numbers of files -// this->InitializeFile(*fileIt); - } - return true; -} - -bool cmParseGTMCoverage::LoadCoverageData(const char* d) -{ - // load all the .mcov files in the specified directory - cmsys::Directory dir; - if(!dir.Load(d)) - { - return false; - } - size_t numf; - unsigned int i; - numf = dir.GetNumberOfFiles(); - for (i = 0; i < numf; i++) - { - std::string file = dir.GetFile(i); - if(file != "." && file != ".." - && !cmSystemTools::FileIsDirectory(file.c_str())) + if(found) { - std::string path = d; - path += "/"; - path += file; - if(cmSystemTools::GetFilenameLastExtension(path) == ".mcov") + int lineoffset; + if(this->FindFunctionInMumpsFile(filepath, + function, + lineoffset)) { - if(!this->ReadMCovFile(path.c_str())) + // hack, this should be done on every file, but for now + // just do it on the ones that have coverage at all + if( this->Coverage.TotalCoverage[filepath].size() == 0) { - return false; + this->InitializeMumpsFile(filepath); } + cmCTestCoverageHandlerContainer::SingleFileCoverageVector& + coverageVector = this->Coverage.TotalCoverage[filepath]; + coverageVector[lineoffset + linenumber] += count; } + lastoffset = lineoffset; + } + else + { + cmCTestLog(this->CTest, ERROR_MESSAGE, + "Can not find mumps file : " + << routine << " referenced in this line of mcov data:\n" + "[" << line << "]\n"); } + lastfunction = function; + lastroutine = routine; + lastpath = filepath; } return true; } -bool cmParseGTMCoverage::ParseFile(std::string& filepath, - std::string& function, - int& lineoffset) +bool cmParseGTMCoverage::FindFunctionInMumpsFile(std::string const& filepath, + std::string const& function, + int& lineoffset) { std::ifstream in(filepath.c_str()); if(!in) @@ -197,11 +193,11 @@ bool cmParseGTMCoverage::ParseFile(std::string& filepath, return false; } -bool cmParseGTMCoverage::ParseLine(std::string const& line, - std::string& routine, - std::string& function, - int& linenumber, - int& count) +bool cmParseGTMCoverage::ParseMCOVLine(std::string const& line, + std::string& routine, + std::string& function, + int& linenumber, + int& count) { // this method parses lines from the .mcov file // each line has ^COVERAGE(...) in it, and there @@ -302,97 +298,3 @@ bool cmParseGTMCoverage::ParseLine(std::string const& line, } return true; } - -bool cmParseGTMCoverage::ReadMCovFile(const char* file) -{ - std::ifstream in(file); - if(!in) - { - return false; - } - std::string line; - std::string lastfunction; - std::string lastroutine; - std::string lastpath; - int lastoffset = 0; - while( cmSystemTools::GetLineFromStream(in, line)) - { - // only look at lines that have coverage data - if(line.find("^COVERAGE") == line.npos) - { - continue; - } - std::string filepath; - std::string function; - std::string routine; - int linenumber = 0; - int count = 0; - this->ParseLine(line, routine, function, linenumber, count); - // skip this one - if(routine == "RSEL") - { - continue; - } - // no need to search the file if we just did it - if(function == lastfunction && lastroutine == routine) - { - this->Coverage.TotalCoverage[lastpath][lastoffset + linenumber] += count; - continue; - } - // Find the full path to the file - std::map<cmStdString, cmStdString>::iterator i = - this->RoutineToDirectory.find(routine); - bool found = false; - if(i != this->RoutineToDirectory.end()) - { - filepath = i->second; - found = true; - } - else - { - // try some alternate names - const char* tryname[] = {"GUX", "GTM", "ONT", 0}; - for(int k=0; tryname[k] != 0; k++) - { - std::string routine2 = routine + tryname[k]; - i = this->RoutineToDirectory.find(routine2); - if(i != this->RoutineToDirectory.end()) - { - found = true; - filepath = i->second; - break; // break out of tryname loop if found - } - } - } - if(found) - { - int lineoffset; - if(this->ParseFile(filepath, - function, - lineoffset)) - { - // hack, this should be done on every file, but for now - // just do it on the ones that have coverage at all - if( this->Coverage.TotalCoverage[filepath].size() == 0) - { - this->InitializeFile(filepath); - } - cmCTestCoverageHandlerContainer::SingleFileCoverageVector& - coverageVector = this->Coverage.TotalCoverage[filepath]; - coverageVector[lineoffset + linenumber] += count; - } - lastoffset = lineoffset; - } - else - { - cmCTestLog(this->CTest, ERROR_MESSAGE, - "Can not find mumps file : " - << routine << " referenced in this line of mcov data:\n" - "[" << line << "]\n"); - } - lastfunction = function; - lastroutine = routine; - lastpath = filepath; - } - return true; -} diff --git a/Source/CTest/cmParseGTMCoverage.h b/Source/CTest/cmParseGTMCoverage.h index d4e901d..c6d7ef9 100644 --- a/Source/CTest/cmParseGTMCoverage.h +++ b/Source/CTest/cmParseGTMCoverage.h @@ -13,8 +13,7 @@ #ifndef cmParseGTMCoverage_h #define cmParseGTMCoverage_h -#include "cmStandardIncludes.h" -#include "cmCTestCoverageHandler.h" +#include "cmParseMumpsCoverage.h" /** \class cmParseGTMCoverage * \brief Parse GTM coverage information @@ -22,28 +21,28 @@ * This class is used to parse GTM coverage information for * mumps. */ -class cmParseGTMCoverage +class cmParseGTMCoverage : public cmParseMumpsCoverage { public: cmParseGTMCoverage(cmCTestCoverageHandlerContainer& cont, cmCTest* ctest); - bool ReadGTMCoverage(const char* file); -private: - bool ParseFile(std::string& filepath, - std::string& function, - int& lineoffset); - bool ParseLine(std::string const& line, +protected: + // implement virtual from parent + bool LoadCoverageData(const char* dir); + // Read a single mcov file + bool ReadMCovFile(const char* f); + // find out what line in a mumps file (filepath) the given entry point + // or function is. lineoffset is set by this method. + bool FindFunctionInMumpsFile(std::string const& filepath, + std::string const& function, + int& lineoffset); + // parse a line from a .mcov file, and fill in the + // routine, function, linenumber and coverage count + bool ParseMCOVLine(std::string const& line, std::string& routine, std::string& function, int& linenumber, int& count); - bool LoadPackages(const char* dir); - bool LoadCoverageData(const char* dir); - bool ReadMCovFile(const char* f); - void InitializeFile(std::string& file); - std::map<cmStdString, cmStdString> RoutineToDirectory; - cmCTestCoverageHandlerContainer& Coverage; - cmCTest* CTest; }; diff --git a/Source/CTest/cmParseMumpsCoverage.cxx b/Source/CTest/cmParseMumpsCoverage.cxx new file mode 100644 index 0000000..359b5ac --- /dev/null +++ b/Source/CTest/cmParseMumpsCoverage.cxx @@ -0,0 +1,125 @@ +#include "cmStandardIncludes.h" +#include <stdio.h> +#include <stdlib.h> +#include "cmSystemTools.h" +#include "cmParseGTMCoverage.h" +#include <cmsys/Directory.hxx> +#include <cmsys/Glob.hxx> + + +cmParseMumpsCoverage::cmParseMumpsCoverage( + cmCTestCoverageHandlerContainer& cont, + cmCTest* ctest) + :Coverage(cont), CTest(ctest) +{ +} + +bool cmParseMumpsCoverage::ReadCoverageFile(const char* file) +{ + // Read the gtm_coverage.mcov file, that has two lines of data: + // packages:/full/path/to/Vista/Packages + // coverage_dir:/full/path/to/dir/with/*.mcov + std::ifstream in(file); + if(!in) + { + return false; + } + std::string line; + cmSystemTools::GetLineFromStream(in, line); + std::string::size_type pos = line.find(':', 0); + std::string packages; + if(pos != std::string::npos) + { + packages = line.substr(pos+1); + } + cmSystemTools::GetLineFromStream(in, line); + pos = line.find(':', 0); + std::string coverage_dir; + if(pos != std::string::npos) + { + coverage_dir = line.substr(pos+1); + } + // load the mumps files from the packages directory + this->LoadPackages(packages.c_str()); + // now load the *.mcov files from the coverage directory + this->LoadCoverageData(coverage_dir.c_str()); + return true; +} + +void cmParseMumpsCoverage::InitializeMumpsFile(std::string& file) +{ + // initialize the coverage information for a given mumps file + std::ifstream in(file.c_str()); + if(!in) + { + return; + } + std::string line; + cmCTestCoverageHandlerContainer::SingleFileCoverageVector& + coverageVector = this->Coverage.TotalCoverage[file]; + if(!cmSystemTools::GetLineFromStream(in, line)) + { + return; + } + // first line of a .m file can never be run + coverageVector.push_back(-1); + while( cmSystemTools::GetLineFromStream(in, line) ) + { + // putting in a 0 for a line means it is executable code + // putting in a -1 for a line means it is not executable code + int val = -1; // assume line is not executable + bool found = false; + std::string::size_type i = 0; + // (1) Search for the first whitespace or semicolon character on a line. + //This will skip over labels if the line starts with one, or will simply + //be the first character on the line for non-label lines. + for(; i < line.size(); ++i) + { + if(line[i] == ' ' || line[i] == '\t' || line[i] == ';') + { + found = true; + break; + } + } + if(found) + { + // (2) If the first character found above is whitespace then continue the + // search for the first following non-whitespace character. + if(line[i] == ' ' || line[i] == '\t') + { + while(i < line.size() && (line[i] == ' ' || line[i] == '\t')) + { + i++; + } + } + // (3) If the character found is not a semicolon then the line counts for + // coverage. + if(i < line.size() && line[i] != ';') + { + val = 0; + } + } + coverageVector.push_back(val); + } +} + +bool cmParseMumpsCoverage::LoadPackages(const char* d) +{ + cmsys::Glob glob; + glob.RecurseOn(); + std::string pat = d; + pat += "/*.m"; + glob.FindFiles(pat.c_str()); + std::vector<std::string>& files = glob.GetFiles(); + std::vector<std::string>::iterator fileIt; + for ( fileIt = files.begin(); fileIt != files.end(); + ++ fileIt ) + { + std::string name = cmSystemTools::GetFilenameName(*fileIt); + this->RoutineToDirectory[name.substr(0, name.size()-2)] = *fileIt; + // initialze each file, this is left out until CDash is fixed + // to handle large numbers of files +// this->InitializeMumpsFile(*fileIt); + } + return true; +} diff --git a/Source/CTest/cmParseMumpsCoverage.h b/Source/CTest/cmParseMumpsCoverage.h new file mode 100644 index 0000000..63883de --- /dev/null +++ b/Source/CTest/cmParseMumpsCoverage.h @@ -0,0 +1,48 @@ +/*============================================================================ + CMake - Cross Platform Makefile Generator + Copyright 2000-2009 Kitware, Inc. + + Distributed under the OSI-approved BSD License (the "License"); + see accompanying file Copyright.txt for details. + + This software is distributed WITHOUT ANY WARRANTY; without even the + implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. + See the License for more information. +============================================================================*/ + +#ifndef cmParseMumpsCoverage_h +#define cmParseMumpsCoverage_h + +#include "cmStandardIncludes.h" +#include "cmCTestCoverageHandler.h" + +/** \class cmParseMumpsCoverage + * \brief Parse Mumps coverage information + * + * This class is used as the base class for Mumps coverage + * parsing. + */ +class cmParseMumpsCoverage +{ +public: + cmParseMumpsCoverage(cmCTestCoverageHandlerContainer& cont, + cmCTest* ctest); + // This is the toplevel coverage file locating the coverage files + // and the mumps source code package tree. + bool ReadCoverageFile(const char* file); +protected: + // sub classes will use this to + // load all coverage files found in the given directory + virtual bool LoadCoverageData(const char* d) = 0; + // search the package directory for mumps files and fill + // in the RoutineToDirectory map + bool LoadPackages(const char* dir); + // initialize the coverage information for a single mumps file + void InitializeMumpsFile(std::string& file); +protected: + std::map<cmStdString, cmStdString> RoutineToDirectory; + cmCTestCoverageHandlerContainer& Coverage; + cmCTest* CTest; +}; + +#endif diff --git a/Tests/CMakeLists.txt b/Tests/CMakeLists.txt index c0b7cd6..9a088e4 100644 --- a/Tests/CMakeLists.txt +++ b/Tests/CMakeLists.txt @@ -1708,6 +1708,24 @@ ${CMake_BINARY_DIR}/bin/cmake -DVERSION=master -P ${CMake_SOURCE_DIR}/Utilities/ PASS_REGULAR_EXPRESSION "Reading ctest configuration file: ${CTEST_TEST_ESCAPED_BINARY_DIR}.Tests.CTestTestConfigFileInBuildDir2.CTestConfig.cmake") + # test coverage for mumps + # create a MumpsCoverage dir in the binary tree under Testing to + # avoid the .NoDartCoverage files in the cmake testing tree + configure_file( + "${CMake_SOURCE_DIR}/Tests/MumpsCoverage/DartConfiguration.tcl.in" + "${CMake_BINARY_DIR}/Testing/MumpsCoverage/DartConfiguration.tcl") + configure_file( + "${CMake_SOURCE_DIR}/Tests/MumpsCoverage/gtm_coverage.mcov.in" + "${CMake_BINARY_DIR}/Testing/MumpsCoverage/gtm_coverage.mcov") + file(COPY "${CMake_SOURCE_DIR}/Tests/MumpsCoverage/VistA-FOIA" + DESTINATION "${CMake_BINARY_DIR}/Testing/MumpsCoverage") + add_test(NAME CTestGTMCoverage + WORKING_DIRECTORY "${CMake_BINARY_DIR}/Testing/MumpsCoverage" + COMMAND + ${CMAKE_CTEST_COMMAND} -T Coverage --debug) + set_tests_properties(CTestGTMCoverage PROPERTIES + PASS_REGULAR_EXPRESSION + "Process file.*XINDEX.m.*Total LOC:.*127.*Percentage Coverage: 85.83.*") # Use macro, not function so that build can still be driven by CMake 2.4. # After 2.6 is required, this could be a function without the extra 'set' # calls. diff --git a/Tests/MumpsCoverage/.gitattributes b/Tests/MumpsCoverage/.gitattributes new file mode 100644 index 0000000..77a41f8 --- /dev/null +++ b/Tests/MumpsCoverage/.gitattributes @@ -0,0 +1,2 @@ +*.cmcov -whitespace +*.mcov -whitespace diff --git a/Tests/MumpsCoverage/Accounts_ReceivableTest.mcov b/Tests/MumpsCoverage/Accounts_ReceivableTest.mcov new file mode 100644 index 0000000..c0ca7b5 --- /dev/null +++ b/Tests/MumpsCoverage/Accounts_ReceivableTest.mcov @@ -0,0 +1,1445 @@ +%GO Global Output Utility +GT.M 17-APR-2012 17:18:27 ZWR +^COVERAGE("%RSEL","SRC")="1:0:0:0" +^COVERAGE("%RSEL","SRC",1)="1:0:0:0" +^COVERAGE("%RSEL","SRC",2)="1:0:0:0" +^COVERAGE("%RSEL","SRC",3)="1:0:0:0" +^COVERAGE("%RSEL","SRC",4)="1:0:0:0" +^COVERAGE("%RSEL","SRC",5)="1:0:0:0" +^COVERAGE("%RSEL","SRC",6)="1:0:0:0" +^COVERAGE("%RSEL","SRC",7)="1:0:0:0" +^COVERAGE("%RSEL","init")="1:0:0:0" +^COVERAGE("%RSEL","init",1)="1:0:0:0" +^COVERAGE("%RSEL","init",3)="1:0:0:0" +^COVERAGE("%RSEL","init",4)="1:0:0:0" +^COVERAGE("%RSEL","init",5)="1:0:0:0" +^COVERAGE("%RSEL","init",6)="1:0:0:0" +^COVERAGE("%RSEL","init",7)="1:0:0:0" +^COVERAGE("%RSEL","init",8)="1:0:0:0" +^COVERAGE("%RSEL","init",8,"FOR_LOOP",1)=1 +^COVERAGE("%RSEL","init",9)="1:0:0:0" +^COVERAGE("%RSEL","init",10)="1:0:0:0" +^COVERAGE("%RSEL","init",11)="1:0:0:0" +^COVERAGE("%RSEL","init",12)="1:0:0:0" +^COVERAGE("%RSEL","init",13)="1:0:0:0" +^COVERAGE("%RSEL","init",14)="1:0:0:0" +^COVERAGE("%RSEL","init",15)="1:0:0:0" +^COVERAGE("%RSEL","init",16)="1:0:0:0" +^COVERAGE("%RSEL","init",17)="1:0:0:0" +^COVERAGE("%RSEL","init",17,"FOR_LOOP",1)=2 +^COVERAGE("%RSEL","init",18)="2:0:0:0" +^COVERAGE("%RSEL","init",19)="2:0:0:0" +^COVERAGE("%RSEL","init",20)="2:0:0:0" +^COVERAGE("%RSEL","init",40)="1:0:0:0" +^COVERAGE("%RSEL","main")="1:32001:84004:116005" +^COVERAGE("%RSEL","main",1)="1:0:0:0" +^COVERAGE("%RSEL","main",2)="1:0:0:0" +^COVERAGE("%RSEL","main",3)="1:0:0:0" +^COVERAGE("%RSEL","main",3,"FOR_LOOP",1)=468 +^COVERAGE("%RSEL","main",4)="468:0:24003:24003" +^COVERAGE("%RSEL","main",5)="468:0:0:0" +^COVERAGE("%RSEL","main",6)="468:32001:48001:80002" +^COVERAGE("%RSEL","main",7)="467:0:12000:12000" +^COVERAGE("%RSEL","main",8)="467:0:0:0" +^COVERAGE("%RSEL","main",9)="467:0:0:0" +^COVERAGE("%RSEL","main",10)="467:0:0:0" +^COVERAGE("%RSEL","main",11)="1:0:0:0" +^COVERAGE("%RSEL","main",12)="1:0:0:0" +^COVERAGE("%RSEL","main",13)="1:0:0:0" +^COVERAGE("%RSEL","main",14)="1:0:0:0" +^COVERAGE("%RSEL","next")="1403:12001:20002:32003" +^COVERAGE("%RSEL","next",0)="1403:0:0:0" +^COVERAGE("%RSEL","next",1)="1403:12001:20002:32003" +^COVERAGE("%RSEL","next",1,"FOR_LOOP",1)=1403 +^COVERAGE("%RSEL","next",2)="1403:0:0:0" +^COVERAGE("%RSEL","save")="467:0:4001:4001" +^COVERAGE("%RSEL","save",1)="467:0:0:0" +^COVERAGE("%RSEL","save",5)="467:0:0:0" +^COVERAGE("%RSEL","save",6)="467:0:0:0" +^COVERAGE("%RSEL","save",7)="467:0:0:0" +^COVERAGE("%RSEL","save",8)="467:0:4001:4001" +^COVERAGE("%RSEL","save",9)="467:0:0:0" +^COVERAGE("%RSEL","search")="934:0:16001:16001" +^COVERAGE("%RSEL","search",0)="934:0:4000:4000" +^COVERAGE("%RSEL","search",1)="934:0:0:0" +^COVERAGE("%RSEL","search",2)="934:0:4001:4001" +^COVERAGE("%RSEL","search",2,"FOR_LOOP",1)=1868 +^COVERAGE("%RSEL","search",3)="934:0:8000:8000" +^COVERAGE("%RSEL","search",4)="934:0:0:0" +^COVERAGE("%RSEL","search",5)="934:0:0:0" +^COVERAGE("%RSEL","start")="468:0:4001:4001" +^COVERAGE("%RSEL","start",0)="468:0:0:0" +^COVERAGE("%RSEL","start",1)="468:0:0:0" +^COVERAGE("%RSEL","start",2)="468:0:0:0" +^COVERAGE("%RSEL","start",2,"FOR_LOOP",1)=936 +^COVERAGE("%RSEL","start",3)="468:0:0:0" +^COVERAGE("%RSEL","work")="467:20002:24001:44003" +^COVERAGE("%RSEL","work",1)="467:0:0:0" +^COVERAGE("%RSEL","work",2)="467:0:0:0" +^COVERAGE("%RSEL","work",3)="467:0:4000:4000" +^COVERAGE("%RSEL","work",4)="467:0:0:0" +^COVERAGE("%RSEL","work",6)="467:4000:12000:16000" +^COVERAGE("%RSEL","work",6,"FOR_LOOP",1)=3421 +^COVERAGE("%RSEL","work",7)="467:0:0:0" +^COVERAGE("%RSEL","work",8)="467:4001:0:4001" +^COVERAGE("%RSEL","work",9)="467:0:0:0" +^COVERAGE("%RSEL","work",10)="467:0:0:0" +^COVERAGE("%RSEL","work",11)="467:0:0:0" +^COVERAGE("%RSEL","work",12)="467:4000:0:4000" +^COVERAGE("%RSEL","work",13)="467:0:4000:4000" +^COVERAGE("%RSEL","work",14)="467:0:0:0" +^COVERAGE("%RSEL","work",15)="467:4001:4001:8002" +^COVERAGE("%RSEL","work",15,"FOR_LOOP",1)=934 +^COVERAGE("%RSEL","work",16)="467:0:0:0" +^COVERAGE("%ZIS","%ZIS")="2:0:0:0" +^COVERAGE("%ZIS","%ZIS",3)="2:0:0:0" +^COVERAGE("%ZIS","%ZIS",4)="2:0:0:0" +^COVERAGE("%ZIS","A",0)="2:0:0:0" +^COVERAGE("%ZIS","A",1)="2:0:0:0" +^COVERAGE("%ZIS","CLEAN")="3:0:0:0" +^COVERAGE("%ZIS","CLEAN",1)="3:0:0:0" +^COVERAGE("%ZIS","CLEAN",2)="3:0:0:0" +^COVERAGE("%ZIS","CLEAN",3)="3:0:0:0" +^COVERAGE("%ZIS","CLEAN",4)="3:0:0:0" +^COVERAGE("%ZIS","GETHOME")="2:0:0:0" +^COVERAGE("%ZIS","GETHOME",0)="2:0:0:0" +^COVERAGE("%ZIS","GETHOME",1)="1:0:0:0" +^COVERAGE("%ZIS","GETHOME",3)="1:0:0:0" +^COVERAGE("%ZIS","GETHOME",4)="1:0:0:0" +^COVERAGE("%ZIS","GETHOME",5)="1:0:0:0" +^COVERAGE("%ZIS","GETHOME",6)="1:0:0:0" +^COVERAGE("%ZIS","GETHOME",7)="1:0:0:0" +^COVERAGE("%ZIS","HOME")="1:0:0:0" +^COVERAGE("%ZIS","HOME",1)="1:0:0:0" +^COVERAGE("%ZIS","HOME",2)="1:0:0:0" +^COVERAGE("%ZIS","INIT",1)="2:0:0:0" +^COVERAGE("%ZIS","INIT",3)="2:0:0:0" +^COVERAGE("%ZIS","INIT",4)="2:0:0:0" +^COVERAGE("%ZIS","INIT",5)="2:0:0:0" +^COVERAGE("%ZIS","INIT",6)="2:0:0:0" +^COVERAGE("%ZIS","INIT",8)="2:0:0:0" +^COVERAGE("%ZIS","INIT",10)="2:0:0:0" +^COVERAGE("%ZIS","INIT",11)="2:0:0:0" +^COVERAGE("%ZIS","INIT",12)="2:0:0:0" +^COVERAGE("%ZIS","INIT",13)="2:0:0:0" +^COVERAGE("%ZIS","INIT",15)="2:0:0:0" +^COVERAGE("%ZIS","K2",0)="2:0:0:0" +^COVERAGE("%ZIS","K2",1)="2:0:0:0" +^COVERAGE("%ZIS","K2",2)="2:0:0:0" +^COVERAGE("%ZIS","K2",4)="2:0:0:0" +^COVERAGE("%ZIS","VIRTUAL")="2:0:0:0" +^COVERAGE("%ZIS","VIRTUAL",4)="2:0:0:0" +^COVERAGE("%ZIS","VIRTUAL",4,"FOR_LOOP",1)=6 +^COVERAGE("%ZIS","VIRTUAL",5)="2:0:0:0" +^COVERAGE("%ZIS","VIRTUAL",7)="2:0:0:0" +^COVERAGE("%ZIS","VTLKUP")="4:0:0:0" +^COVERAGE("%ZIS","VTLKUP",0)="4:0:0:0" +^COVERAGE("%ZIS","VTLKUP",0,"FOR_LOOP",1)=8 +^COVERAGE("%ZIS","VTLKUP",1)="4:0:0:0" +^COVERAGE("%ZIS1","EX2",1)="2:0:0:0" +^COVERAGE("%ZIS1","EX2",2)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",1)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",3)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",5)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",6)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",7)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",8)="2:0:0:0" +^COVERAGE("%ZIS1","EXIT",9)="2:0:0:0" +^COVERAGE("%ZIS1","G",0)="2:0:0:0" +^COVERAGE("%ZIS1","IOP")="1:0:0:0" +^COVERAGE("%ZIS1","IOP",1)="1:0:0:0" +^COVERAGE("%ZIS1","K2")="2:0:0:0" +^COVERAGE("%ZIS1","K2",1)="4:0:0:0" +^COVERAGE("%ZIS1","K2",2)="4:0:0:0" +^COVERAGE("%ZIS1","K2",3)="4:0:0:0" +^COVERAGE("%ZIS1","K2",4)="4:0:0:0" +^COVERAGE("%ZIS1","KIL",1)="2:0:0:0" +^COVERAGE("%ZIS1","KIL",2)="2:0:0:0" +^COVERAGE("%ZIS1","KIL",3)="2:0:0:0" +^COVERAGE("%ZIS1","L1",1)="2:0:0:0" +^COVERAGE("%ZIS1","L1",2)="2:0:0:0" +^COVERAGE("%ZIS1","L1",3)="2:0:0:0" +^COVERAGE("%ZIS1","L1",4)="2:0:0:0" +^COVERAGE("%ZIS1","L1",5)="2:0:0:0" +^COVERAGE("%ZIS1","L1",6)="2:0:0:0" +^COVERAGE("%ZIS1","L1",7)="2:0:0:0" +^COVERAGE("%ZIS1","L1",8)="2:0:0:0" +^COVERAGE("%ZIS1","L1",9)="2:0:0:0" +^COVERAGE("%ZIS1","L1",10)="2:0:0:0" +^COVERAGE("%ZIS1","L1",11)="2:0:0:0" +^COVERAGE("%ZIS1","L1",12)="2:0:0:0" +^COVERAGE("%ZIS1","LKUP")="2:0:0:0" +^COVERAGE("%ZIS1","LKUP",1)="2:0:0:0" +^COVERAGE("%ZIS1","LKUP",2)="2:0:0:0" +^COVERAGE("%ZIS1","LKUP",3)="2:0:0:0" +^COVERAGE("%ZIS1","MAIN",2)="2:0:0:0" +^COVERAGE("%ZIS1","R")="1:0:0:0" +^COVERAGE("%ZIS1","R",0)="1:0:0:0" +^COVERAGE("%ZIS1","R",1)="1:0:0:0" +^COVERAGE("%ZIS1","R",2)="1:0:0:0" +^COVERAGE("%ZIS1","RD",0)="1:0:0:0" +^COVERAGE("%ZIS1","RD",1)="1:0:0:0" +^COVERAGE("%ZIS1","RD",2)="1:0:0:0" +^COVERAGE("%ZIS1","RD",3)="1:0:0:0" +^COVERAGE("%ZIS1","RD",4)="1:0:0:0" +^COVERAGE("%ZIS1","RD",5)="1:0:0:0" +^COVERAGE("%ZIS1","SBR")="1:0:0:0" +^COVERAGE("%ZIS1","SBR",1)="1:0:0:0" +^COVERAGE("%ZIS1","SBR",2)="1:0:0:0" +^COVERAGE("%ZIS1","SBR",3)="1:0:0:0" +^COVERAGE("%ZIS1","SETQ")="2:0:0:0" +^COVERAGE("%ZIS1","SETQ",1)="2:0:0:0" +^COVERAGE("%ZIS1","SETQ",2)="2:0:0:0" +^COVERAGE("%ZIS1","SETQ",3)="2:0:0:0" +^COVERAGE("%ZIS1","SETQ",4)="2:0:0:0" +^COVERAGE("%ZIS1","SETQ",5)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",1)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",2)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",5)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",7)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",8)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",9)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",10)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",11)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",12)="2:0:0:0" +^COVERAGE("%ZIS1","SETVAR",13)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",1)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",2)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",3)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",4)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",5)="2:0:0:0" +^COVERAGE("%ZIS2","CHECK",6)="2:0:0:0" +^COVERAGE("%ZIS2","IOPAR")="4:0:0:0" +^COVERAGE("%ZIS2","IOPAR",0)="4:0:0:0" +^COVERAGE("%ZIS2","IOPAR",1)="4:0:0:0" +^COVERAGE("%ZIS2","L2")="2:0:0:0" +^COVERAGE("%ZIS2","L2",1)="2:0:0:0" +^COVERAGE("%ZIS2","OCPU",0)="2:0:0:0" +^COVERAGE("%ZIS2","OOS",0)="2:0:0:0" +^COVERAGE("%ZIS2","OOS",2)="2:0:0:0" +^COVERAGE("%ZIS2","OTHCPU")="2:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",0)="2:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",1)="2:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",2)="2:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",2,"FOR_LOOP",1)=4 +^COVERAGE("%ZIS2","OTHCPU",3)="4:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",4)="4:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",5)="4:0:0:0" +^COVERAGE("%ZIS2","OTHCPU",15)="2:0:0:0" +^COVERAGE("%ZIS2","PTIME",0)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK")="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",0)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",1)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",3)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",4)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",9)="2:0:0:0" +^COVERAGE("%ZIS2","QUECHK",13)="2:0:0:0" +^COVERAGE("%ZIS2","SLAVE",0)="2:0:0:0" +^COVERAGE("%ZIS2","T2",0)="2:0:0:0" +^COVERAGE("%ZIS2","T2",2)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",0)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",1)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",2)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",4)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",10)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",11)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",12)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",15)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",16)="2:0:0:0" +^COVERAGE("%ZIS2","TMPVAR",18)="2:0:0:0" +^COVERAGE("%ZIS2","VTRM",0)="2:0:0:0" +^COVERAGE("%ZIS2","VTRM",1)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",4)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",5)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",6)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",8)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",9)="2:0:0:0" +^COVERAGE("%ZIS3","%ZIS3",11)="2:0:0:0" +^COVERAGE("%ZIS3","ALTP",0)="2:0:0:0" +^COVERAGE("%ZIS3","ASKMAR",0)="2:0:0:0" +^COVERAGE("%ZIS3","ASKMAR",1)="2:0:0:0" +^COVERAGE("%ZIS3","MARGN")="2:0:0:0" +^COVERAGE("%ZIS3","MARGN",1)="2:0:0:0" +^COVERAGE("%ZIS3","MARGN",2)="2:0:0:0" +^COVERAGE("%ZIS3","MARGN",3)="2:0:0:0" +^COVERAGE("%ZIS3","MARGN",4)="2:0:0:0" +^COVERAGE("%ZIS3","Q",2)="2:0:0:0" +^COVERAGE("%ZIS3","Q",3)="2:0:0:0" +^COVERAGE("%ZIS3","Q",4)="2:0:0:0" +^COVERAGE("%ZIS3","SETPAR")="2:0:0:0" +^COVERAGE("%ZIS3","SETPAR",0)="2:0:0:0" +^COVERAGE("%ZIS3","SETPAR",1)="2:0:0:0" +^COVERAGE("%ZIS3","ST")="2:0:0:0" +^COVERAGE("%ZIS3","ST",0)="2:0:0:0" +^COVERAGE("%ZIS3","ST",1)="2:0:0:0" +^COVERAGE("%ZIS3","ST",2)="2:0:0:0" 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+^COVERAGE("XINDEX","CD",9)="44620:60005:40004:100009" +^COVERAGE("XINDEX","CD",10)="44620:44003:48005:92008" +^COVERAGE("XINDEX","CD",12)="44620:52004:44002:96006" +^COVERAGE("XINDEX","EE",0)="116081:148007:200014:348021" +^COVERAGE("XINDEX","EE",1)="71461:44004:44002:88006" +^COVERAGE("XINDEX","EE",2)="71461:100007:80003:180010" +^COVERAGE("XINDEX","EE",3)="54870:44001:48001:92002" +^COVERAGE("XINDEX","EE",4)="53608:88008:100009:188017" +^COVERAGE("XINDEX","EE",5)="53608:72006:68004:140010" +^COVERAGE("XINDEX","EE",6)="53608:76005:72004:148009" +^COVERAGE("XINDEX","EE",8)="53608:60003:64005:124008" +^COVERAGE("XINDEX","EE",9)="53608:48003:72003:120006" +^COVERAGE("XINDEX","EE",10)="53608:52002:96008:148010" +^COVERAGE("XINDEX","EE",13)="53608:52003:44001:96004" +^COVERAGE("XINDEX","EE",14)="53608:96007:112006:208013" +^COVERAGE("XINDEX","EE",15)="53608:24001:52004:76005" +^COVERAGE("XINDEX","EE",16)="53608:52005:88007:140012" +^COVERAGE("XINDEX","EE",17)="53608:128008:208017:336025" +^COVERAGE("XINDEX","F")="1559:4000:4001:8001" +^COVERAGE("XINDEX","F",0)="1559:4000:0:4000" +^COVERAGE("XINDEX","G")="1932:56003:96009:152012" +^COVERAGE("XINDEX","G",0)="1932:4000:8002:12002" +^COVERAGE("XINDEX","H")="11:0:0:0" +^COVERAGE("XINDEX","H",0)="11:0:0:0" +^COVERAGE("XINDEX","K")="2218:40001:24002:64003" +^COVERAGE("XINDEX","K",0)="2218:4000:4000:8000" +^COVERAGE("XINDEX","K",1)="2218:0:4001:4001" +^COVERAGE("XINDEX","L")="259:4001:4000:8001" +^COVERAGE("XINDEX","L",0)="259:0:0:0" +^COVERAGE("XINDEX","LN",0)="44620:68005:104005:172010" +^COVERAGE("XINDEX","LN",1)="44620:40001:64004:104005" +^COVERAGE("XINDEX","LN",2)="5073:12000:4001:16001" +^COVERAGE("XINDEX","LN",3)="5073:4000:8000:12000" +^COVERAGE("XINDEX","LN",4)="5073:20001:0:20001" +^COVERAGE("XINDEX","LN",5)="5073:20003:12002:32005" +^COVERAGE("XINDEX","LN",6)="5073:12002:16000:28002" +^COVERAGE("XINDEX","LOAD")="467:88003:196019:284022" +^COVERAGE("XINDEX","LOAD",0)="467:88003:196019:284022" 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+^COVERAGE("XINDEX","POSTRTN",14)="5073:0:0:0" +^COVERAGE("XINDEX","POSTRTN",15)="467:0:0:0" +^COVERAGE("XINDEX","POSTRTN",16)="467:28001:20001:48002" +^COVERAGE("XINDEX","POSTRTN",16,"FOR_LOOP",1)=16376 +^COVERAGE("XINDEX","POSTRTN",17)="15909:40006:40001:80007" +^COVERAGE("XINDEX","POSTRTN",18)="15909:0:0:0" +^COVERAGE("XINDEX","POSTRTN",19)="467:0:0:0" +^COVERAGE("XINDEX","Q")="7762:12000:20001:32001" +^COVERAGE("XINDEX","Q",0)="7762:4000:16001:20001" +^COVERAGE("XINDEX","QUOTE")="36371:188012:232009:420021" +^COVERAGE("XINDEX","QUOTE",0)="36371:156010:192008:348018" +^COVERAGE("XINDEX","QUOTE",0,"FOR_LOOP",1)=323268 +^COVERAGE("XINDEX","QUOTE",1)="36371:20002:20001:40003" +^COVERAGE("XINDEX","R")="85:0:8001:8001" +^COVERAGE("XINDEX","R",0)="85:0:0:0" +^COVERAGE("XINDEX","S")="17549:716055:988057:1704112" +^COVERAGE("XINDEX","S",0)="17549:28003:28003:56006" +^COVERAGE("XINDEX","SE2",0)="86891:176010:272017:448027" +^COVERAGE("XINDEX","SE2",1)="85079:264015:376016:640031" +^COVERAGE("XINDEX","SE2",2)="85079:72005:112010:184015" +^COVERAGE("XINDEX","SEP")="107216:736054:648038:1384092" +^COVERAGE("XINDEX","SEP",0)="107216:580045:440030:1020075" +^COVERAGE("XINDEX","SEP",0,"FOR_LOOP",1)=1019212 +^COVERAGE("XINDEX","SEP",1)="107216:120007:144005:264012" +^COVERAGE("XINDEX","SET")="85079:772044:1124063:1896107" +^COVERAGE("XINDEX","SET",0)="85079:176007:168008:344015" +^COVERAGE("XINDEX","SET",0,"FOR_LOOP",1)=74812 +^COVERAGE("XINDEX","SET",1)="85079:64005:144010:208015" +^COVERAGE("XINDEX","ST",0)="44620:68001:56004:124005" +^COVERAGE("XINDEX","ST",2)="44620:260012:376038:636050" +^COVERAGE("XINDEX","ST",2,"FOR_LOOP",1)=85813 +^COVERAGE("XINDEX","ST",2,"FOR_LOOP",2)=126272 +^COVERAGE("XINDEX","ST",3)="44620:224014:184014:408028" +^COVERAGE("XINDEX","ST",4)="44620:0:0:0" +^COVERAGE("XINDEX","U")="72:0:0:0" +^COVERAGE("XINDEX","U",0)="72:0:0:0" +^COVERAGE("XINDEX","W")="4584:156009:200014:356023" +^COVERAGE("XINDEX","W",0)="4584:0:16001:16001" +^COVERAGE("XINDEX","X")="220:0:0:0" +^COVERAGE("XINDEX","X",0)="220:0:0:0" +^COVERAGE("XINDEX","XINDEX")="1:32002:36000:68002" +^COVERAGE("XINDEX","XINDEX",3)="1:0:0:0" +^COVERAGE("XINDX1","A",0)="75:0:4000:4000" +^COVERAGE("XINDX1","A",1)="75:0:0:0" +^COVERAGE("XINDX1","A",2)="75:0:0:0" +^COVERAGE("XINDX1","B",0)="75:0:0:0" +^COVERAGE("XINDX1","B",4)="75:0:0:0" +^COVERAGE("XINDX1","B",6)="75:0:0:0" +^COVERAGE("XINDX1","B",7)="75:0:0:0" +^COVERAGE("XINDX1","E")="73:0:4000:4000" +^COVERAGE("XINDX1","E",0)="73:0:0:0" +^COVERAGE("XINDX1","XINDX1")="2:0:0:0" +^COVERAGE("XINDX1","XINDX1",3)="2:0:0:0" +^COVERAGE("XINDX10","ASK")="1:0:0:0" +^COVERAGE("XINDX10","ASK",1)="1:0:0:0" +^COVERAGE("XINDX10","ASK",2)="1:0:0:0" +^COVERAGE("XINDX10","ASK",3)="1:0:0:0" +^COVERAGE("XINDX10","ASK",8)="1:0:0:0" +^COVERAGE("XINDX2","%")="44620:132010:232014:364024" +^COVERAGE("XINDX2","%",0)="44620:96008:92005:188013" +^COVERAGE("XINDX2","%",0,"FOR_LOOP",1)=62810 +^COVERAGE("XINDX2","%",1)="44620:16001:68003:84004" +^COVERAGE("XINDX2","ARG")="329774:1516089:2124136:3640225" +^COVERAGE("XINDX2","ARG",1)="330498:328020:360021:688041" +^COVERAGE("XINDX2","ARG",2)="262221:228015:296022:524037" +^COVERAGE("XINDX2","ARG",3)="226556:260020:468034:728054" +^COVERAGE("XINDX2","ARG",4)="126854:104004:160011:264015" +^COVERAGE("XINDX2","ARG",5)="117750:136007:148011:284018" +^COVERAGE("XINDX2","ARG",6)="88629:60001:96003:156004" +^COVERAGE("XINDX2","ARG",7)="88424:80005:100006:180011" +^COVERAGE("XINDX2","ARG",8)="86550:72002:108007:180009" +^COVERAGE("XINDX2","ARGG")="18715:288018:352019:640037" +^COVERAGE("XINDX2","ARGG",0)="18715:76007:84005:160012" +^COVERAGE("XINDX2","ARGG",0,"FOR_LOOP",1)=49672 +^COVERAGE("XINDX2","ARGS")="44410:464031:676031:1140062" +^COVERAGE("XINDX2","ARGS",1)="63125:620038:844037:1464075" +^COVERAGE("XINDX2","ARGS",1,"FOR_LOOP",1)=291597 +^COVERAGE("XINDX2","ARGS",2)="63125:24001:60004:84005" +^COVERAGE("XINDX2","DN")="44410:208011:284017:492028" +^COVERAGE("XINDX2","DN",0)="44410:44003:108008:152011" +^COVERAGE("XINDX2","DN",1)="44410:152008:144006:296014" +^COVERAGE("XINDX2","EXT",1)="1970:4000:8001:12001" +^COVERAGE("XINDX2","EXT",2)="1970:0:0:0" +^COVERAGE("XINDX2","EXT",3)="1970:8001:12001:20002" +^COVERAGE("XINDX2","EXT",4)="1970:0:4000:4000" +^COVERAGE("XINDX2","FLUSH")="94:0:0:0" +^COVERAGE("XINDX2","FLUSH",0)="94:0:0:0" +^COVERAGE("XINDX2","FLUSH",1)="94:0:0:0" +^COVERAGE("XINDX2","FLUSH",1,"FOR_LOOP",1)=415 +^COVERAGE("XINDX2","FLUSH",2)="94:0:0:0" +^COVERAGE("XINDX2","FNC")="12:0:0:0" +^COVERAGE("XINDX2","FNC",0)="12:0:0:0" +^COVERAGE("XINDX2","FNC",1)="12:0:0:0" +^COVERAGE("XINDX2","FNC",2)="12:0:0:0" +^COVERAGE("XINDX2","FNC",3)="12:0:0:0" +^COVERAGE("XINDX2","FNC",4)="12:0:0:0" +^COVERAGE("XINDX2","FUN")="29121:340019:424027:764046" +^COVERAGE("XINDX2","FUN",0)="29121:36004:40002:76006" +^COVERAGE("XINDX2","FUN",1)="23452:48002:72003:120005" +^COVERAGE("XINDX2","FUN",2)="23452:20000:44003:64003" +^COVERAGE("XINDX2","FUN",3)="23393:96004:56005:152009" +^COVERAGE("XINDX2","FUN",3,"FOR_LOOP",1)=147754 +^COVERAGE("XINDX2","FUN",4)="23393:48003:56005:104008" +^COVERAGE("XINDX2","FUN",5)="23393:60004:92005:152009" +^COVERAGE("XINDX2","GLO",0)="9104:28002:28001:56003" +^COVERAGE("XINDX2","GLO",1)="9104:12001:20001:32002" +^COVERAGE("XINDX2","GLO",2)="9104:16000:28001:44001" +^COVERAGE("XINDX2","GLO",3)="9104:36002:80004:116006" +^COVERAGE("XINDX2","GLO",4)="9104:8000:4000:12000" +^COVERAGE("XINDX2","INC")="322910:416022:652029:1068051" +^COVERAGE("XINDX2","INC",0)="365505:320019:472020:792039" +^COVERAGE("XINDX2","INC2")="42595:104006:148008:252014" +^COVERAGE("XINDX2","INC2",0)="42595:48001:40003:88004" +^COVERAGE("XINDX2","LOC")="99702:576031:736052:1312083" +^COVERAGE("XINDX2","LOC",0)="99702:144010:156013:300023" +^COVERAGE("XINDX2","LOC",1)="99702:124004:148011:272015" +^COVERAGE("XINDX2","LOC",2)="99702:212011:272014:484025" +^COVERAGE("XINDX2","LOC",3)="99702:52005:96006:148011" +^COVERAGE("XINDX2","NAK",0)="996:0:0:0" +^COVERAGE("XINDX2","NAK",1)="996:0:0:0" +^COVERAGE("XINDX2","PAT")="205:4000:0:4000" +^COVERAGE("XINDX2","PAT",0)="205:0:0:0" +^COVERAGE("XINDX2","PAT",1)="205:4000:0:4000" +^COVERAGE("XINDX2","PAT",1,"FOR_LOOP",1)=457 +^COVERAGE("XINDX2","PAT",2)="205:0:0:0" +^COVERAGE("XINDX2","PATCODE")="457:4000:4000:8000" +^COVERAGE("XINDX2","PATCODE",0)="457:0:4000:4000" +^COVERAGE("XINDX2","PATCODE",1)="358:4000:0:4000" +^COVERAGE("XINDX2","PATCODE",1,"FOR_LOOP",1)=791 +^COVERAGE("XINDX2","PATCODE",2)="358:0:0:0" +^COVERAGE("XINDX2","PATCODE",3)="358:0:0:0" +^COVERAGE("XINDX2","PATCODE",4)="358:0:0:0" +^COVERAGE("XINDX2","PATQ")="99:4000:4000:8000" +^COVERAGE("XINDX2","PATQ",0)="99:0:4000:4000" +^COVERAGE("XINDX2","PATQ",0,"FOR_LOOP",1)=247 +^COVERAGE("XINDX2","PATQ",1)="99:4000:0:4000" +^COVERAGE("XINDX2","PATQ",2)="99:0:0:0" +^COVERAGE("XINDX2","PEEK")="112687:168013:248022:416035" +^COVERAGE("XINDX2","PEEK",0)="112687:120009:164010:284019" +^COVERAGE("XINDX2","PEEKDN")="17373:56002:40000:96002" +^COVERAGE("XINDX2","PEEKDN",0)="17373:48002:32000:80002" +^COVERAGE("XINDX2","REPCNT")="457:0:0:0" +^COVERAGE("XINDX2","REPCNT",0)="457:0:0:0" +^COVERAGE("XINDX2","REPCNT",0,"FOR_LOOP",1)=1004 +^COVERAGE("XINDX2","REPCNT",1)="457:0:0:0" +^COVERAGE("XINDX2","REPCNT",2)="457:0:0:0" +^COVERAGE("XINDX2","SPV",1)="3699:0:8001:8001" +^COVERAGE("XINDX2","SPV",2)="3699:0:0:0" +^COVERAGE("XINDX2","ST")="110835:464030:648049:1112079" +^COVERAGE("XINDX2","ST",0)="110835:192009:248021:440030" +^COVERAGE("XINDX2","ST",1)="110835:100008:156011:256019" +^COVERAGE("XINDX2","ST",2)="110835:76005:116005:192010" +^COVERAGE("XINDX2","TEXT",0)="59:0:0:0" +^COVERAGE("XINDX2","TEXT",1)="59:0:0:0" +^COVERAGE("XINDX2","TEXT",2)="59:0:0:0" +^COVERAGE("XINDX2","TEXT",3)="59:0:0:0" +^COVERAGE("XINDX2","UP")="44410:116012:180012:296024" +^COVERAGE("XINDX2","UP",1)="44410:112012:116006:228018" +^COVERAGE("XINDX2","VA")="5073:16001:20000:36001" +^COVERAGE("XINDX2","VA",0)="5073:4000:12000:16000" +^COVERAGE("XINDX2","VA",1)="5073:8000:4000:12000" +^COVERAGE("XINDX2","VT")="10205:4001:24002:28003" +^COVERAGE("XINDX2","VT",0)="10205:0:8000:8000" +^COVERAGE("XINDX2","VT",1)="10205:0:4000:4000" +^COVERAGE("XINDX3","A",0)="8136:36001:12001:48002" +^COVERAGE("XINDX3","ASM")="312:12001:0:12001" +^COVERAGE("XINDX3","ASM",0)="312:0:0:0" +^COVERAGE("XINDX3","ASM",1)="312:8001:0:8001" +^COVERAGE("XINDX3","ASM",1,"FOR_LOOP",1)=2110 +^COVERAGE("XINDX3","ASM",2)="312:0:0:0" +^COVERAGE("XINDX3","DN")="498:4000:4000:8000" +^COVERAGE("XINDX3","DN",0)="498:0:4000:4000" +^COVERAGE("XINDX3","DN",1)="498:4000:0:4000" +^COVERAGE("XINDX3","FL")="63250:152007:260014:412021" +^COVERAGE("XINDX3","FL",1)="63250:72000:144009:216009" +^COVERAGE("XINDX3","FL",2)="63250:64006:80004:144010" +^COVERAGE("XINDX3","INC")="145482:224018:308026:532044" +^COVERAGE("XINDX3","INC",0)="145482:188015:196015:384030" +^COVERAGE("XINDX3","KL",1)="2218:0:4000:4000" +^COVERAGE("XINDX3","KL1")="28:0:0:0" +^COVERAGE("XINDX3","KL1",0)="28:0:0:0" +^COVERAGE("XINDX3","KL2")="724:4000:28000:32000" +^COVERAGE("XINDX3","KL2",0)="724:0:0:0" +^COVERAGE("XINDX3","KL2",1)="724:0:4000:4000" +^COVERAGE("XINDX3","KL2",2)="724:0:0:0" +^COVERAGE("XINDX3","KL3")="3320:12002:36002:48004" +^COVERAGE("XINDX3","KL3",0)="3320:4000:8000:12000" +^COVERAGE("XINDX3","KL3",1)="3320:4001:4000:8001" +^COVERAGE("XINDX3","KL5",0)="3320:0:20002:20002" +^COVERAGE("XINDX3","MULT")="498:8001:4000:12001" +^COVERAGE("XINDX3","MULT",0)="498:4001:0:4001" +^COVERAGE("XINDX3","MULT",1)="498:4000:4000:8000" +^COVERAGE("XINDX3","MULT",1,"FOR_LOOP",1)=2401 +^COVERAGE("XINDX3","MULT",2)="498:0:0:0" +^COVERAGE("XINDX3","N2",0)="23604:68004:36003:104007" +^COVERAGE("XINDX3","N2",3)="11802:16002:4000:20002" +^COVERAGE("XINDX3","N2",4)="187:0:0:0" +^COVERAGE("XINDX3","N2",5)="187:0:0:0" +^COVERAGE("XINDX3","N2",6)="11628:12001:20002:32003" +^COVERAGE("XINDX3","N2",7)="11628:12000:8000:20000" +^COVERAGE("XINDX3","NE")="779:32002:16001:48003" +^COVERAGE("XINDX3","NE",1)="2500:4000:4000:8000" +^COVERAGE("XINDX3","NE",2)="2500:4000:20000:24000" +^COVERAGE("XINDX3","PEEK")="498:0:0:0" +^COVERAGE("XINDX3","PEEK",0)="498:0:0:0" +^COVERAGE("XINDX3","PEEKDN")="39:0:0:0" +^COVERAGE("XINDX3","PEEKDN",0)="39:0:0:0" +^COVERAGE("XINDX3","RD",0)="85:0:0:0" +^COVERAGE("XINDX3","RD1",0)="278:0:4001:4001" +^COVERAGE("XINDX3","RD1",3)="193:0:4000:4000" +^COVERAGE("XINDX3","RD1",4)="85:0:0:0" +^COVERAGE("XINDX3","RD1",5)="85:0:0:0" +^COVERAGE("XINDX3","RD2")="85:0:4000:4000" +^COVERAGE("XINDX3","RD2",0)="255:0:0:0" +^COVERAGE("XINDX3","RD2",1)="170:0:0:0" +^COVERAGE("XINDX3","RD2",2)="170:0:4000:4000" +^COVERAGE("XINDX3","RD2",3)="85:0:0:0" +^COVERAGE("XINDX3","RD3")="108:0:0:0" +^COVERAGE("XINDX3","RD3",0)="161:0:0:0" +^COVERAGE("XINDX3","RD3",1)="37:0:0:0" +^COVERAGE("XINDX3","RD3",2)="37:0:0:0" +^COVERAGE("XINDX3","S",1)="17579:48005:56003:104008" +^COVERAGE("XINDX3","S2",0)="110559:164008:220011:384019" +^COVERAGE("XINDX3","S2",1)="92980:64007:96005:160012" +^COVERAGE("XINDX3","S2",2)="92980:52004:100005:152009" +^COVERAGE("XINDX3","S2",3)="87238:60005:68003:128008" +^COVERAGE("XINDX3","S2",4)="63916:68007:68004:136011" +^COVERAGE("XINDX3","S2",5)="846:0:0:0" +^COVERAGE("XINDX3","S2",6)="846:0:4000:4000" +^COVERAGE("XINDX3","S2",10)="63916:56004:60003:116007" +^COVERAGE("XINDX3","S2",11)="62481:40002:60003:100005" +^COVERAGE("XINDX3","S2",12)="62313:56003:56005:112008" +^COVERAGE("XINDX3","S2",13)="61815:76007:152010:228017" +^COVERAGE("XINDX3","UP")="498:8000:4000:12000" +^COVERAGE("XINDX3","UP",1)="498:8000:4000:12000" +^COVERAGE("XINDX3","VLN",1)="15909:32002:16001:48003" +^COVERAGE("XINDX3","VLN",2)="15909:44002:28003:72005" +^COVERAGE("XINDX3","VLNF")="15909:120006:60005:180011" +^COVERAGE("XINDX3","VLNF",0)="15909:32002:12001:44003" +^COVERAGE("XINDX4","CNG")="2186:0:24001:24001" +^COVERAGE("XINDX4","CNG",0)="2186:0:0:0" +^COVERAGE("XINDX4","CNG",2)="2186:0:8001:8001" +^COVERAGE("XINDX4","CNG",2,"FOR_LOOP",1)=2202 +^COVERAGE("XINDX4","CNG",3)="2186:0:12000:12000" +^COVERAGE("XINDX4","DG",0)="8937:20003:16000:36003" +^COVERAGE("XINDX4","DG",1)="8937:12000:16001:28001" +^COVERAGE("XINDX4","DG",2)="8937:8001:20002:28003" +^COVERAGE("XINDX4","DG",3)="8937:16000:12000:28000" +^COVERAGE("XINDX4","DG",4)="8937:4000:12001:16001" +^COVERAGE("XINDX4","DG",5)="8937:0:12002:12002" +^COVERAGE("XINDX4","DG",6)="8937:12001:12000:24001" +^COVERAGE("XINDX4","DG",7)="8937:12000:20003:32003" +^COVERAGE("XINDX4","DG",8)="8937:24001:4001:28002" +^COVERAGE("XINDX4","DG",9)="8937:4000:12001:16001" +^COVERAGE("XINDX4","DG",10)="8937:16001:28001:44002" +^COVERAGE("XINDX4","DG",11)="8937:8000:12000:20000" +^COVERAGE("XINDX4","DG",12)="8937:4000:16002:20002" +^COVERAGE("XINDX4","DG",13)="8937:8000:12002:20002" +^COVERAGE("XINDX4","DG",14)="8937:0:4000:4000" +^COVERAGE("XINDX4","DG",15)="8937:36002:32002:68004" +^COVERAGE("XINDX4","DG",16)="8937:8001:4001:12002" +^COVERAGE("XINDX4","DG",17)="8387:12002:4000:16002" +^COVERAGE("XINDX4","DG1")="8449:168011:180013:348024" +^COVERAGE("XINDX4","DG1",0)="8449:12001:16001:28002" +^COVERAGE("XINDX4","FR",0)="525:0:4001:4001" +^COVERAGE("XINDX4","FR",1)="525:0:0:0" +^COVERAGE("XINDX4","FR",2)="525:0:0:0" +^COVERAGE("XINDX4","INSIDE")="2202:4001:32001:36002" +^COVERAGE("XINDX4","INSIDE",0)="2202:0:16000:16000" +^COVERAGE("XINDX4","INSIDE",1)="2202:0:4000:4000" +^COVERAGE("XINDX4","INSIDE",2)="2202:4001:4000:8001" +^COVERAGE("XINDX4","LO",1)="259:0:0:0" +^COVERAGE("XINDX4","LO",2)="259:0:0:0" +^COVERAGE("XINDX4","LO",3)="259:0:0:0" +^COVERAGE("XINDX4","LO",4)="259:0:4000:4000" +^COVERAGE("XINDX4","LO",4,"FOR_LOOP",1)=260 +^COVERAGE("XINDX4","LO",5)="260:0:0:0" +^COVERAGE("XINDX4","LO",6)="260:0:0:0" +^COVERAGE("XINDX4","LO",7)="260:0:0:0" +^COVERAGE("XINDX4","LO",8)="89:0:0:0" +^COVERAGE("XINDX4","LO",9)="89:0:0:0" +^COVERAGE("XINDX4","LO",10)="89:4001:0:4001" +^COVERAGE("XINDX4","LO",12)="259:0:0:0" +^COVERAGE("XINDX4","LO",13)="259:0:0:0" +^COVERAGE("XINDX4","LOOP")="14735:44003:108008:152011" +^COVERAGE("XINDX4","LOOP",0)="14735:28002:72005:100007" +^COVERAGE("XINDX4","LOOP",0,"FOR_LOOP",1)=68121 +^COVERAGE("XINDX4","LOOP",1)="14735:4000:32003:36003" +^COVERAGE("XINDX4","PAREN")="2638:24000:36004:60004" +^COVERAGE("XINDX4","PAREN",0)="2638:4000:8000:12000" +^COVERAGE("XINDX4","PAREN",1)="2638:20000:16001:36001" +^COVERAGE("XINDX4","PAREN",1,"FOR_LOOP",1)=50171 +^COVERAGE("XINDX4","PAREN",2)="2638:0:8002:8002" +^COVERAGE("XINDX4","PAREN",3)="2638:0:0:0" +^COVERAGE("XINDX4","PRUNE")="2186:8001:16001:24002" +^COVERAGE("XINDX4","PRUNE",0)="2186:8001:4000:12001" +^COVERAGE("XINDX4","PRUNE",1)="2186:0:8001:8001" +^COVERAGE("XINDX4","PRUNE",1,"FOR_LOOP",1)=2186 +^COVERAGE("XINDX4","PRUNE",2)="2186:0:4000:4000" +^COVERAGE("XINDX4","PRUNE",2,"FOR_LOOP",1)=2187 +^COVERAGE("XINDX4","PRUNE",3)="2186:0:0:0" +^COVERAGE("XINDX4","Q",1)="747:8000:0:8000" +^COVERAGE("XINDX4","Q",2)="747:0:0:0" +^COVERAGE("XINDX4","QUOTE")="2402:28002:28000:56002" +^COVERAGE("XINDX4","QUOTE",0)="2402:20002:20000:40002" +^COVERAGE("XINDX4","QUOTE",0,"FOR_LOOP",1)=23674 +^COVERAGE("XINDX4","QUOTE",1)="2402:0:0:0" +^COVERAGE("XINDX4","QUOTE",2)="2402:8000:4000:12000" +^COVERAGE("XINDX4","ST")="8937:24000:16002:40002" +^COVERAGE("XINDX4","ST",0)="8937:12000:8000:20000" +^COVERAGE("XINDX4","ST",1)="8937:8000:8002:16002" +^COVERAGE("XINDX4","WR",0)="4584:12001:12000:24001" +^COVERAGE("XINDX4","WR",1)="4584:0:8000:8000" +^COVERAGE("XINDX4","WR",2)="4584:72004:56006:128010" +^COVERAGE("XINDX4","WR",2,"FOR_LOOP",1)=27607 +^COVERAGE("XINDX4","WR",3)="23023:8002:32003:40005" +^COVERAGE("XINDX4","WR",4)="20835:12000:32001:44001" +^COVERAGE("XINDX4","WR",5)="20835:24002:8001:32003" +^COVERAGE("XINDX4","WR",6)="20835:24000:36002:60002" +^COVERAGE("XINDX4","WR",7)="20835:0:0:0" +^COVERAGE("XINDX4","WR",8)="4584:4000:0:4000" +^COVERAGE("XINDX4","XE",0)="220:0:0:0" +^COVERAGE("XINDX4","XE",1)="220:0:0:0" +^COVERAGE("XINDX5","A",0)="468:0:4000:4000" +^COVERAGE("XINDX5","A",1)="467:28002:24000:52002" +^COVERAGE("XINDX5","A",1,"FOR_LOOP",1)=4011 +^COVERAGE("XINDX5","A",2)="467:0:0:0" +^COVERAGE("XINDX5","AA")="3544:48004:68006:116010" +^COVERAGE("XINDX5","AA",0)="3544:8002:16003:24005" +^COVERAGE("XINDX5","AA",1)="1902:0:4000:4000" +^COVERAGE("XINDX5","AA",2)="1902:4001:0:4001" +^COVERAGE("XINDX5","AA",3)="1902:12001:4001:16002" +^COVERAGE("XINDX5","AA",4)="1902:12000:32002:44002" +^COVERAGE("XINDX5","AA",5)="1902:0:0:0" +^COVERAGE("XINDX5","AA",6)="1209:0:0:0" +^COVERAGE("XINDX5","AA",7)="1209:8000:4000:12000" +^COVERAGE("XINDX5","AA",8)="1209:0:0:0" +^COVERAGE("XINDX5","AA",9)="1642:0:4000:4000" +^COVERAGE("XINDX5","AA",10)="1594:0:0:0" +^COVERAGE("XINDX5","AA",11)="1594:4000:4000:8000" +^COVERAGE("XINDX5","AA",12)="1642:0:0:0" +^COVERAGE("XINDX5","B",0)="1:0:0:0" +^COVERAGE("XINDX5","CLEAN",1)="1:0:0:0" +^COVERAGE("XINDX5","CLEAN",2)="1:0:0:0" +^COVERAGE("XINDX5","CLEAN",3)="1:0:0:0" +^COVERAGE("XINDX5","END",0)="1:0:0:0" +^COVERAGE("XINDX5","END",1)="1:0:0:0" +^COVERAGE("XINDX5","END",2)="1:0:0:0" +^COVERAGE("XINDX5","END",3)="1:0:0:0" +^COVERAGE("XINDX5","VTAG")="4320:12000:16001:28001" +^COVERAGE("XINDX5","VTAG",0)="4320:12000:8001:20001" +^COVERAGE("XINDX5","VTAG",1)="4320:0:4000:4000" +^COVERAGE("XINDX5","XINDX5",3)="1:0:0:0" +^COVERAGE("XINDX5","XINDX5",4)="1:0:0:0" +^COVERAGE("XINDX5","XINDX5",5)="1:0:0:0" +^COVERAGE("XINDX5","XINDX5",7)="1:0:0:0" +^COVERAGE("XINDX51","B")="1:0:4001:4001" +^COVERAGE("XINDX51","B",0)="1:0:0:0" +^COVERAGE("XINDX51","B",1)="1:0:0:0" +^COVERAGE("XINDX51","B",3)="1:0:4001:4001" +^COVERAGE("XINDX51","B",3,"FOR_LOOP",1)=468 +^COVERAGE("XINDX51","B",4)="1:0:0:0" +^COVERAGE("XINDX51","B",6)="1:0:0:0" +^COVERAGE("XINDX51","BHDR")="60:0:4000:4000" +^COVERAGE("XINDX51","BHDR",0)="60:0:4000:4000" +^COVERAGE("XINDX51","BHDR",1)="60:0:0:0" +^COVERAGE("XINDX51","END",0)="1:0:0:0" +^COVERAGE("XINDX51","HD")="60:0:0:0" +^COVERAGE("XINDX51","HD",0)="60:0:0:0" +^COVERAGE("XINDX51","HD",1)="60:0:0:0" +^COVERAGE("XINDX51","HD1")="1:0:0:0" +^COVERAGE("XINDX51","HD1",0)="1:0:0:0" +^COVERAGE("XINDX51","HD1",1)="1:0:0:0" +^COVERAGE("XINDX51","HD2")="60:4000:0:4000" +^COVERAGE("XINDX51","HD2",0)="60:4000:0:4000" +^COVERAGE("XINDX51","HD2",1)="60:0:0:0" +^COVERAGE("XINDX51","WAIT")="1:0:0:0" +^COVERAGE("XINDX51","WAIT",0)="1:0:0:0" +^COVERAGE("XINDX51","WAIT",1)="1:0:0:0" +^COVERAGE("XINDX51","WAIT",2)="1:0:0:0" +^COVERAGE("XINDX51","WERR")="60:0:0:0" +^COVERAGE("XINDX51","WERR",0)="60:0:0:0" +^COVERAGE("XINDX51","WERR",1)="60:0:0:0" +^COVERAGE("XINDX51","WERR",2)="60:0:0:0" +^COVERAGE("XINDX51","WERR",2,"FOR_LOOP",1)=135 +^COVERAGE("XINDX51","WERR",3)="75:0:0:0" +^COVERAGE("XINDX51","WERR",4)="75:0:0:0" +^COVERAGE("XINDX51","WERR",5)="75:0:0:0" +^COVERAGE("XINDX51","WERR",6)="75:0:0:0" +^COVERAGE("XINDX51","WERR",7)="60:0:0:0" +^COVERAGE("XINDX51","WORL")="70:0:0:0" +^COVERAGE("XINDX51","WORL",0)="70:0:0:0" +^COVERAGE("XINDX51","WORL",1)="70:0:0:0" +^COVERAGE("XINDX51","WORL",2)="70:0:0:0" +^COVERAGE("XINDX51","WORL",3)="70:0:0:0" +^COVERAGE("XINDX51","WORL",3,"FOR_LOOP",1)=76 +^COVERAGE("XINDX51","WORL",4)="70:0:0:0" +^COVERAGE("XINDX52","CASE")="2:0:0:0" +^COVERAGE("XINDX52","CASE",0)="2:0:0:0" +^COVERAGE("XINDX52","CASE",1)="2:0:0:0" +^COVERAGE("XINDX6","ANS")="2:0:0:0" +^COVERAGE("XINDX6","ANS",0)="2:0:0:0" +^COVERAGE("XINDX6","ANS",1)="2:0:0:0" +^COVERAGE("XINDX6","ANS",1,"FOR_LOOP",1)=2 +^COVERAGE("XINDX6","ANS",2)="2:0:0:0" +^COVERAGE("XINDX6","ASKRTN")="1:4000:0:4000" +^COVERAGE("XINDX6","ASKRTN",1)="1:0:0:0" +^COVERAGE("XINDX6","ASKRTN",1,"FOR_LOOP",1)=468 +^COVERAGE("XINDX6","ASKRTN",2)="1:4000:0:4000" +^COVERAGE("XINDX6","ASKRTN",2,"FOR_LOOP",1)=468 +^COVERAGE("XINDX6","ASKRTN",3)="1:0:0:0" +^COVERAGE("XINDX6","DEVICE",0)="1:0:0:0" +^COVERAGE("XINDX6","DEVICE",2)="1:0:0:0" +^COVERAGE("XINDX6","DEVICE",3)="1:0:0:0" +^COVERAGE("XINDX6","L7",0)="1:0:0:0" +^COVERAGE("XINDX6","L7",1)="1:0:0:0" +^COVERAGE("XINDX6","NY")="1:0:0:0" +^COVERAGE("XINDX6","NY",0)="1:0:0:0" +^COVERAGE("XINDX6","PARAM")="1:0:0:0" +^COVERAGE("XINDX6","PARAM",1)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",2)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",2,"FOR_LOOP",1)=10 +^COVERAGE("XINDX6","PARAM",3)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",4)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",5)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",6)="1:0:0:0" +^COVERAGE("XINDX6","PARAM",7)="1:0:0:0" +^COVERAGE("XINDX6","RD")="2:0:0:0" +^COVERAGE("XINDX6","RD",0)="2:0:0:0" +^COVERAGE("XINDX6","XINDX6",5)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",6)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",7)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",8)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",9)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",10)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",11)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",12)="1:0:0:0" +^COVERAGE("XINDX6","XINDX6",13)="1:0:0:0" +^COVERAGE("XINDX6","YN")="1:0:0:0" +^COVERAGE("XINDX6","YN",0)="1:0:0:0" +^COVERAGE("XINDX7","BUILD")="1:0:0:0" +^COVERAGE("XINDX7","BUILD",0)="1:0:0:0" +^COVERAGE("XINDX7","BUILD",1)="1:0:0:0" +^COVERAGE("XINDX7","BUILD",1,"FOR_LOOP",1)=10 +^COVERAGE("XINDX7","BUILD",2)="9:0:0:0" +^COVERAGE("XINDX7","BUILD",3)="6:0:0:0" +^COVERAGE("XINDX7","BUILD",3,"FOR_LOOP",1)=85 +^COVERAGE("XINDX7","BUILD",4)="79:0:0:0" +^COVERAGE("XINDX7","BUILD",5)="79:0:0:0" +^COVERAGE("XINDX7","BUILD",6)="6:0:0:0" +^COVERAGE("XINDX7","BUILD",7)="1:0:0:0" +^COVERAGE("XINDX7","HDR")="2:0:0:0" +^COVERAGE("XINDX7","HDR",0)="2:0:0:0" +^COVERAGE("XINDX7","HDR",1)="2:0:0:0" +^COVERAGE("XINDX7","HDR",2)="1:0:0:0" +^COVERAGE("XINDX7","HDR",3)="1:0:0:0" +^COVERAGE("XINDX7","HDR",4)="1:0:0:0" +^COVERAGE("XINDX7","HDR",5)="1:0:0:0" +^COVERAGE("XINDX7","HDR",6)="2:0:0:0" +^COVERAGE("XINDX7","HDR",7)="2:0:0:0" +^COVERAGE("XINDX7","SETUP")="1:0:0:0" +^COVERAGE("XINDX7","SETUP",1)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",2)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",3)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",4)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",6)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",7)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",7,"FOR_LOOP",1)=468 +^COVERAGE("XINDX7","SETUP",8)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",9)="1:0:0:0" +^COVERAGE("XINDX7","SETUP",10)="1:0:0:0" +^COVERAGE("XINDX9","ADD")="406841:436032:684041:1120073" +^COVERAGE("XINDX9","ADD",0)="598820:552042:692040:1244082" +^COVERAGE("XINDX9","AR")="197699:748039:1052073:1800112" +^COVERAGE("XINDX9","AR",0)="197699:708036:936061:1644097" +^COVERAGE("XINDX9","CASE")="23461:28003:92005:120008" +^COVERAGE("XINDX9","CASE",0)="23461:12002:48003:60005" +^COVERAGE("XINDX9","CASE",1)="23461:12001:28000:40001" +^COVERAGE("XINDX9","DN")="45002:204010:248016:452026" +^COVERAGE("XINDX9","DN",0)="45002:176008:196011:372019" +^COVERAGE("XINDX9","DN",1)="45002:16001:24003:40004" +^COVERAGE("XINDX9","EXT",1)="1970:4000:12001:16001" +^COVERAGE("XINDX9","FNC")="29146:96005:104009:200014" +^COVERAGE("XINDX9","FNC",0)="29146:28001:20003:48004" +^COVERAGE("XINDX9","FNC",1)="29146:44002:72005:116007" +^COVERAGE("XINDX9","FNC",2)="12:0:0:0" +^COVERAGE("XINDX9","FNC",3)="12:0:0:0" +^COVERAGE("XINDX9","FUNC")="29134:284015:400024:684039" +^COVERAGE("XINDX9","FUNC",1)="29134:112005:120007:232012" +^COVERAGE("XINDX9","FUNC",2)="23461:48003:72004:120007" +^COVERAGE("XINDX9","FUNC",3)="23461:20000:32001:52001" +^COVERAGE("XINDX9","FX",0)="23461:68004:116009:184013" +^COVERAGE("XINDX9","GVAR")="29134:96004:180015:276019" +^COVERAGE("XINDX9","GVAR",0)="29134:28000:44003:72003" +^COVERAGE("XINDX9","GVAR",1)="29134:32001:72005:104006" +^COVERAGE("XINDX9","GVAR",2)="29134:16000:24002:40002" +^COVERAGE("XINDX9","INC")="29134:64003:64007:128010" +^COVERAGE("XINDX9","INC",0)="29134:20001:12001:32002" +^COVERAGE("XINDX9","INC",1)="29134:32002:40004:72006" +^COVERAGE("XINDX9","NEW")="287703:532032:660032:1192064" +^COVERAGE("XINDX9","NEW",0)="287703:200012:244014:444026" +^COVERAGE("XINDX9","NEW",1)="287703:220014:248008:468022" +^COVERAGE("XINDX9","NUM")="45379:292023:340026:632049" +^COVERAGE("XINDX9","NUM",0)="45379:92006:84006:176012" +^COVERAGE("XINDX9","NUM",0,"FOR_LOOP",1)=71145 +^COVERAGE("XINDX9","NUM",1)="45379:40005:48002:88007" +^COVERAGE("XINDX9","NUM",2)="45379:40004:56005:96009" +^COVERAGE("XINDX9","NUM",3)="45379:76003:88008:164011" +^COVERAGE("XINDX9","NUM",4)="45379:24003:40003:64006" +^COVERAGE("XINDX9","PA2",0)="518346:544028:668032:1212060" +^COVERAGE("XINDX9","PA2",1)="472665:532043:620035:1152078" +^COVERAGE("XINDX9","PA2",2)="317803:264019:292021:556040" +^COVERAGE("XINDX9","PA2",3)="317803:200013:324018:524031" +^COVERAGE("XINDX9","PA2",4)="307072:348020:492025:840045" +^COVERAGE("XINDX9","PA2",5)="197397:160015:296011:456026" +^COVERAGE("XINDX9","PA2",6)="152018:120016:132005:252021" +^COVERAGE("XINDX9","PA2",7)="152018:116009:112008:228017" +^COVERAGE("XINDX9","PA2",8)="151813:96008:168010:264018" +^COVERAGE("XINDX9","PA2",9)="151813:100008:172009:272017" +^COVERAGE("XINDX9","PA2",10)="151813:220008:324022:544030" +^COVERAGE("XINDX9","PA2",11)="151813:168011:152010:320021" +^COVERAGE("XINDX9","PA2",12)="151813:128009:148012:276021" +^COVERAGE("XINDX9","PA2",13)="151813:136005:104009:240014" +^COVERAGE("XINDX9","PARSE")="45681:3356226:4340257:7696483" +^COVERAGE("XINDX9","PARSE",0)="45681:104007:108007:212014" +^COVERAGE("XINDX9","PAT")="205:0:0:0" +^COVERAGE("XINDX9","PAT",0)="205:0:0:0" +^COVERAGE("XINDX9","PAT",1)="205:0:0:0" +^COVERAGE("XINDX9","PAT",1,"FOR_LOOP",1)=1185 +^COVERAGE("XINDX9","PAT",2)="205:0:0:0" +^COVERAGE("XINDX9","PAT",3)="205:0:0:0" +^COVERAGE("XINDX9","PAT",4)="205:0:0:0" +^COVERAGE("XINDX9","PATC")="28:0:0:0" +^COVERAGE("XINDX9","PATC",0)="28:0:0:0" +^COVERAGE("XINDX9","PATQ")="99:0:8000:8000" +^COVERAGE("XINDX9","PATQ",0)="99:0:0:0" +^COVERAGE("XINDX9","PATQ",0,"FOR_LOOP",1)=247 +^COVERAGE("XINDX9","PATQ",1)="99:0:0:0" +^COVERAGE("XINDX9","PATQ",2)="99:0:8000:8000" +^COVERAGE("XINDX9","PATU")="15:0:0:0" +^COVERAGE("XINDX9","PATU",0)="15:0:0:0" +^COVERAGE("XINDX9","PEND",0)="45681:68001:140014:208015" +^COVERAGE("XINDX9","PEND",1)="45681:36004:52005:88009" +^COVERAGE("XINDX9","QUOTE")="35724:244013:304019:548032" +^COVERAGE("XINDX9","QUOTE",0)="36272:172010:140009:312019" +^COVERAGE("XINDX9","QUOTE",0,"FOR_LOOP",1)=323021 +^COVERAGE("XINDX9","QUOTE",1)="36272:28001:72004:100005" +^COVERAGE("XINDX9","QUOTE",2)="35724:28001:24003:52004" +^COVERAGE("XINDX9","QUOTE",3)="35724:16001:52002:68003" +^COVERAGE("XINDX9","SPV",0)="3703:4000:12000:16000" +^COVERAGE("XINDX9","SPV",1)="3703:8001:4000:12001" +^COVERAGE("XINDX9","SPV",2)="3703:8001:4000:12001" +^COVERAGE("XINDX9","SPV",3)="3703:4000:8001:12001" +^COVERAGE("XINDX9","STR")="287703:560037:724043:1284080" +^COVERAGE("XINDX9","STR",0)="287703:300018:312020:612038" +^COVERAGE("XINDX9","SUM")="213322:612034:916052:1528086" +^COVERAGE("XINDX9","SUM",0)="213322:160009:208011:368020" +^COVERAGE("XINDX9","SUM",1)="213322:212007:280018:492025" +^COVERAGE("XINDX9","SUM",2)="213322:136012:268012:404024" +^COVERAGE("XINDX9","UP")="45002:396026:440029:836055" +^COVERAGE("XINDX9","UP",0)="45002:24003:44001:68004" +^COVERAGE("XINDX9","UP",1)="45002:180008:192016:372024" +^COVERAGE("XINDX9","UP",2)="45002:136010:128005:264015" +^COVERAGE("XINDX9","UP",3)="45002:40003:52003:92006" +^COVERAGE("XINDX9","VAR")="138809:828044:1004072:1832116" +^COVERAGE("XINDX9","VAR",0)="138809:376018:336017:712035" +^COVERAGE("XINDX9","VAR",0,"FOR_LOOP",1)=462128 +^COVERAGE("XINDX9","VAR",1)="138809:292018:376034:668052" +^COVERAGE("XINDX9","VAR",2)="138809:116003:144008:260011" +^COVERAGE("XINDX9","XINDX9")="45681:296016:320021:616037" +^COVERAGE("XINDX9","XINDX9",3)="45681:52003:128006:180009" +^COVERAGE("XINDX9","XINDX9",4)="45681:164006:112008:276014" +^COVERAGE("XINDX9","XINDX9",4,"FOR_LOOP",1)=128269 +^COVERAGE("XINDX9","XINDX9",5)="45681:48004:52005:100009" +^COVERAGE("XLFDT","DT")="1:0:0:0" +^COVERAGE("XLFDT","DT",0)="1:0:0:0" +^COVERAGE("XLFDT","DT",1)="1:0:0:0" +^COVERAGE("XLFDT","HR")="3:0:0:0" +^COVERAGE("XLFDT","HR",0)="3:0:0:0" +^COVERAGE("XLFDT","HR",1)="3:0:0:0" +^COVERAGE("XLFDT","HTE")="1:0:0:0" +^COVERAGE("XLFDT","HTE",0)="1:0:0:0" +^COVERAGE("XLFDT","HTE",1)="1:0:0:0" +^COVERAGE("XLFDT","HTE",2)="1:0:0:0" +^COVERAGE("XLFDT","HTE",3)="1:0:0:0" +^COVERAGE("XLFDT","HTFM")="2:0:0:0" +^COVERAGE("XLFDT","HTFM",0)="2:0:0:0" +^COVERAGE("XLFDT","HTFM",1)="2:0:0:0" +^COVERAGE("XLFDT","HTFM",2)="2:0:0:0" +^COVERAGE("XLFDT","HTFM",3)="2:0:0:0" +^COVERAGE("XLFDT","HTFM",4)="2:0:0:0" +^COVERAGE("XLFDT","HTFM",5)="2:0:0:0" +^COVERAGE("XLFDT","T2",0)="1:0:0:0" +^COVERAGE("XLFDT","T2",1)="1:0:0:0" +^COVERAGE("XLFDT","YMD")="2:0:0:0" +^COVERAGE("XLFDT","YMD",1)="2:0:0:0" +^COVERAGE("XLFDT","YMD",2)="2:0:0:0" +^COVERAGE("XLFDT","YMD",3)="2:0:0:0" +^COVERAGE("XLFDT","YMD",4)="2:0:0:0" +^COVERAGE("XLFDT","YMD",5)="2:0:0:0" +^COVERAGE("XLFDT1","F1",1)="1:0:0:0" +^COVERAGE("XLFDT1","FMT")="1:0:0:0" +^COVERAGE("XLFDT1","FMT",1)="1:0:0:0" +^COVERAGE("XLFDT1","FMT",2)="1:0:0:0" +^COVERAGE("XLFDT1","M")="1:0:0:0" +^COVERAGE("XLFDT1","M",0)="1:0:0:0" +^COVERAGE("XLFDT1","TM",1)="1:0:0:0" +^COVERAGE("XLFDT1","TM",2)="1:0:0:0" +^COVERAGE("XLFDT1","TM",3)="1:0:0:0" +^COVERAGE("XLFDT1","TM",7)="1:0:0:0" +^COVERAGE("XPDRSUM","SUMB")="467:1808124:180014:1988138" +^COVERAGE("XPDRSUM","SUMB",0)="467:8000:0:8000" +^COVERAGE("XPDRSUM","SUMB",2)="467:0:0:0" +^COVERAGE("XPDRSUM","SUMB",3)="467:1796124:180014:1976138" +^COVERAGE("XPDRSUM","SUMB",3,"FOR_LOOP",1)=44620 +^COVERAGE("XPDRSUM","SUMB",3,"FOR_LOOP",2)=1566704 +^COVERAGE("XPDRSUM","SUMB",4)="467:0:0:0" +^COVERAGE("XTRUTL1","BUILD")="1:0:0:0" +^COVERAGE("XTRUTL1","BUILD",0)="1:0:0:0" +^COVERAGE("XTRUTL1","BUILD",1)="1:0:0:0" +^COVERAGE("XTRUTL1","BUILD",2)="1:0:0:0" +^COVERAGE("XTRUTL1","BUILD",3)="1:0:0:0" + + diff --git a/Tests/MumpsCoverage/DartConfiguration.tcl.in b/Tests/MumpsCoverage/DartConfiguration.tcl.in new file mode 100644 index 0000000..2d7eaa5 --- /dev/null +++ b/Tests/MumpsCoverage/DartConfiguration.tcl.in @@ -0,0 +1,8 @@ +# This file is configured by CMake automatically as DartConfiguration.tcl +# If you choose not to use CMake, this file may be hand configured, by +# filling in the required variables. + + +# Configuration directories and files +SourceDirectory: ${CMake_SOURCE_DIR}/Testing/MumpsCoverage +BuildDirectory: ${CMake_BINARY_DIR}/Testing/MumpsCoverage diff --git a/Tests/MumpsCoverage/VistA-FOIA/Packages/Toolkit/Routines/XINDEX.m b/Tests/MumpsCoverage/VistA-FOIA/Packages/Toolkit/Routines/XINDEX.m new file mode 100644 index 0000000..b045221 --- /dev/null +++ b/Tests/MumpsCoverage/VistA-FOIA/Packages/Toolkit/Routines/XINDEX.m @@ -0,0 +1,144 @@ +XINDEX ;ISC/REL,GFT,GRK,RWF - INDEX & CROSS-REFERENCE ;08/04/08 13:19 + ;;7.3;TOOLKIT;**20,27,48,61,66,68,110,121,128**;Apr 25, 1995;Build 1 + ; Per VHA Directive 2004-038, this routine should not be modified. + G ^XINDX6 +SEP F I=1:1 S CH=$E(LIN,I) D QUOTE:CH=Q Q:" "[CH + S ARG=$E(LIN,1,I-1) S:CH=" " I=I+1 S LIN=$E(LIN,I,999) Q +QUOTE F I=I+1:1 S CH=$E(LIN,I) Q:CH=""!(CH=Q) + Q:CH]"" S ERR=6 G ^XINDX1 +ALIVE ;enter here from taskman + D SETUP^XINDX7 ;Get ready to process +A2 S RTN=$O(^UTILITY($J,RTN)) G ^XINDX5:RTN="" + S INDLC=(RTN?1"|"1.4L.NP) D LOAD:'INDLC + I $D(ZTQUEUED),$$S^%ZTLOAD S RTN="~",IND("QUIT")=1,ZTSTOP=1 G A2 + I 'INDDS,INDLC W !!?10,"Data Dictionaries",! S INDDS=1 + D BEG + G A2 + ; +LOAD S X=RTN,XCNP=0,DIF="^UTILITY("_$J_",1,RTN,0," X ^%ZOSF("TEST") Q:'$T X ^%ZOSF("LOAD") S ^UTILITY($J,1,RTN,0,0)=XCNP-1 + I $D(^UTILITY($J,1,RTN,0,0)) S ^UTILITY($J,1,RTN,"RSUM")="B"_$$SUMB^XPDRSUM($NA(^UTILITY($J,1,RTN,0))) + Q +BEG ; + S %=INDLC*5 W:$X+10+%>IOM ! W RTN,$J("",10+%-$L(RTN)) + S (IND("DO"),IND("SZT"),IND("SZC"),LABO)=0,LC=$G(^UTILITY($J,1,RTN,0,0)) + I LC="" W !,">>>Routine '",RTN,"' not found <<<",! Q + S TXT="",LAB=$P(^UTILITY($J,1,RTN,0,1,0)," ") I RTN'=$P(LAB,"(") D E^XINDX1(17) + I 'INDLC,LAB["(" D E^XINDX1(55) S LAB=$P(LAB,"(") + ;if M routine(not compiled template or DD) and has more than 2 lines, check lines 1 & 2 + I 'INDLC,LC>2 D + . N LABO S LABO=1 + . S LIN=$G(^UTILITY($J,1,RTN,0,1,0)),TXT=1 + . ;check 1st line (site/dev - ) patch 128 + . I $P(LIN,";",2,4)'?.E1"/".E.1"-".E D E^XINDX1(62) + . S LIN=$G(^UTILITY($J,1,RTN,0,2,0)),TXT=2 + . ;check 2nd line (;;nn.nn[TV]nn;package;.anything) + . I $P(LIN,";",3,99)'?1.2N1"."1.2N.1(1"T",1"V").2N1";"1A.AP1";".E D E^XINDX1(44) ;patch 121 + . I $L(INP(11)) X INP(11) ;Version number check + . I $L(INP(12)) X INP(12) ;Patch number check +B5 F TXT=1:1:LC S LIN=^UTILITY($J,1,RTN,0,TXT,0),LN=$L(LIN),IND("SZT")=IND("SZT")+LN+2 D LN,ST ;Process Line + S LAB="",LABO=0,TXT=0,^UTILITY($J,1,RTN,0)=IND("SZT")_"^"_LC_"^"_IND("SZC") + I IND("SZT")>INP("MAX"),'INDLC S ERR=35,ERR(1)=IND("SZT") D ^XINDX1 + I IND("SZT")-IND("SZC")>INP("CMAX"),'INDLC S ERR=58,ERR(1)=IND("SZT")-IND("SZC") D ^XINDX1 + D POSTRTN + Q + ;Proccess one line, LN = Length, LIN = Line. +LN K V S (ARG,GRB,IND("COM"),IND("DOL"),IND("F"))="",X=$P(LIN," ") + I '$L(X) S LABO=LABO+1 G CD + S (IND("COM"),LAB)=$P(X,"("),ARG=$P($P(X,"(",2),")"),LABO=0,IND("PP")=X?1.8E1"(".E1")" + D:$L(ARG) NE^XINDX3 ;Process formal parameters as New list. + I 'INDLC,'$$VT^XINDX2(LAB) D E^XINDX1($S(LAB=$$CASE^XINDX52(LAB):37,1:55)) ;Check for bad labels + I $D(^UTILITY($J,1,RTN,"T",LAB)) D E^XINDX1(15) G CD ;DUP label + S ^UTILITY($J,1,RTN,"T",LAB)="" +CD I LN>245 D:'(LN=246&($E(RTN,1,3)="|dd")) E^XINDX1(19) ;patch 119 + D:LIN'?1.ANP E^XINDX1(18) + S LIN=$P(LIN," ",2,999),IND("LCC")=1 + I LIN="" D E^XINDX1(42) Q ;Blank line ;p110 + S I=0 ;Watch the scope of I, counts dots + I " ."[$E(LIN) D S X=$L($E(LIN,1,I),".")-1,LIN=$E(LIN,I,999) + . F I=1:1:245 Q:". "'[$E(LIN,I) + . Q + ;check dots against Do level IND("DO"), IND("DOL")=dot level + D:'I&$G(IND("DO1")) E^XINDX1(51) S IND("DO1")=0 S:'I IND("DO")=0 + I I D:X>IND("DO") E^XINDX1(51) S (IND("DO"),IND("DOL"))=X + ;Count Comment lines, skip ;; lines + I $E(LIN)=";",$E(LIN,2)'=";" S IND("SZC")=IND("SZC")+$L(LIN) ;p110 + ;Process commands on line. +EE I LIN="" D ^XINDX2 Q + S COM=$E(LIN),GK="",ARG="" + I COM=";" S LIN="" G EE ;p110 + I COM=" " S ERR=$S(LIN?1." ":13,1:0),LIN=$S(ERR:"",1:$E(LIN,2,999)) D:ERR ^XINDX1 G EE + D SEP + S CM=$P(ARG,":",1),POST=$P(ARG,":",2,999),IND("COM")=IND("COM")_$C(9)_COM,ERR=48 + D:ARG[":"&(POST']"") ^XINDX1 S:POST]"" GRB=GRB_$C(9)_POST,IND("COM")=IND("COM")_":" + ;SAC now allows lowercase commands + I CM?.E1L.E S CM=$$CASE^XINDX52(CM),COM=$E(CM) ;I IND("LCC") S IND("LCC")=0 D E^XINDX1(47) + I CM="" D E^XINDX1(21) G EE ;Missing command + S CX=$G(IND("CMD",CM)) I CX="" D G:CX="" EE + . I $E(CM)="Z" S CX="^Z" Q ;Proccess Z commands + . D E^XINDX1(1) S LIN="" Q + S CX=$P(CX,"^",2,9) + D SEP I '$L(LIN),CH=" " D E^XINDX1(13) ;trailing space + I ARG="","CGJMORSUWX"[COM S ERR=49 G ^XINDX1 + I CX>0 D E^XINDX1(CX) S CX="" + D:$L(CX) @CX S:ARG'="" GRB=GRB_$C(9)_ARG G EE +B S ERR=25 G ^XINDX1 +C S ERR=29 G ^XINDX1 +D G DG1^XINDX4 +E Q:ARG="" S ERR=7 G ^XINDX1 +F G:ARG]"" FR^XINDX4 S IND("F")=1 Q +G G DG^XINDX4 +H Q:ARG'="" S ERR=32 G ^XINDX1 +J S ERR=36,ARG="" G ^XINDX1 +K S ERR=$S(ARG?1"(".E:22,ARG?." ":23,1:0) D:ERR ^XINDX1 + G KL^XINDX3 +L G LO^XINDX4 +M G S^XINDX3 +N G NE^XINDX3 +O S ERR=34 D ^XINDX1,O^XINDX3 Q +Q Q:ARG="" G Q^XINDX4 +R S RDTIME=0 G RD^XINDX3 +S G S^XINDX3 +TR Q ;What to process. p110 +U S ARG=$P(ARG,":") Q +V S ARG="",ERR=20 G ^XINDX1 +W G WR^XINDX4 +X G XE^XINDX4 +Z S ERR=2 D ^XINDX1 G ZC^XINDX4 + ; + ;Save off items from line. +ST S R=LAB_$S(LABO:"+"_LABO,1:"") + ;Local variable, Global, Marked Items, Naked global, Internal ref, eXternal ref., Tag ref. + S LOC="" F S LOC=$O(V(LOC)),S="" Q:LOC="" F S S=$O(V(LOC,S)) Q:S="" D SET + S ^UTILITY($J,1,RTN,"COM",TXT)=IND("COM") + Q + ; +SET I V(LOC,S)]"" F %="!","~" I V(LOC,S)[%,$G(^UTILITY($J,1,RTN,LOC,S))'[% S ^(S)=$G(^(S))_% + S %=0 +SE2 S ARG=$G(^UTILITY($J,1,RTN,LOC,S,%)) I $L(ARG)>230 S %=%+1 G SE2 + S ^UTILITY($J,1,RTN,LOC,S,%)=ARG_R_V(LOC,S)_"," + Q + ; +POSTRTN ;Do more overall checking + N V,E,T,T1,T2 + S T="" ;Check for missing Labels + F S T=$O(^UTILITY($J,1,RTN,"I",T)),T2=T Q:T="" S T1=$G(^(T,0)) D + . Q:$E(T2,1,2)="@(" + . S:$E(T2,1,2)="$$" T2=$E(T2,3,99) + . I T2]"",'$D(^UTILITY($J,1,RTN,"T",$P(T2,"+",1))) D + . . F I=1:1:$L(T1,",")-1 S LAB=$P(T1,",",I),LABO=+$P(LAB,"+",2),LAB=$P(LAB,"+"),E=14,E(1)=T D E^XINDX1(.E) + . . Q + . Q + S LAB="",LABO=0 ;Check for valid label names + I 'INDLC F S LAB=$O(^UTILITY($J,1,RTN,"T",LAB)) Q:LAB="" D + . I '$$VA^XINDX2(LAB) D E^XINDX1(55) Q + . D:'$$VT^XINDX2(LAB) E^XINDX1(37) + . Q + S LAB="",LABO=0 ;Check for valid variable names. + F S LAB=$O(^UTILITY($J,1,RTN,"L",LAB)) Q:LAB="" D + . D VLNF^XINDX3($P(LAB,"(")) + . Q + Q + ; +QUICK ;Quick, Just get a routine an print the results + D QUICK^XINDX6() + Q diff --git a/Tests/MumpsCoverage/gtm_coverage.mcov.in b/Tests/MumpsCoverage/gtm_coverage.mcov.in new file mode 100644 index 0000000..b431dbd --- /dev/null +++ b/Tests/MumpsCoverage/gtm_coverage.mcov.in @@ -0,0 +1,2 @@ +packages:${CMake_BINARY_DIR}/Testing/MumpsCoverage/VistA-FOIA/Packages +coverage_dir:${CMake_SOURCE_DIR}/Tests/MumpsCoverage |