rename enumerators to avoid win32 compilation error
Signed-off-by: Matthew Ballance <matt.ballance@gmail.com>
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04ac61a197
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@ -30,11 +30,13 @@
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// Per-bin classification. A bin's kind is which set it lives in (structural),
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// Per-bin classification. A bin's kind is which set it lives in (structural),
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// not a per-bin field. Only Normal feeds coverage(); the rest are recorded.
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// not a per-bin field. Only Normal feeds coverage(); the rest are recorded.
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// Enumerators are 'KIND_'-prefixed because the bare LRM terms collide with
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// <windows.h> macros (e.g. IGNORE), which the preprocessor would expand.
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enum class VlCovBinKind : uint8_t {
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enum class VlCovBinKind : uint8_t {
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NORMAL = 0, // Base coverage-collecting bin
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KIND_NORMAL = 0, // Base coverage-collecting bin
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DEFAULT = 1, // Bin declared with 'default' range (which is excluded per LRM)
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KIND_DEFAULT = 1, // Bin declared with 'default' range (which is excluded per LRM)
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IGNORE = 2, // Ignore bin
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KIND_IGNORE = 2, // Ignore bin
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ILLEGAL = 3 // Illegal bin
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KIND_ILLEGAL = 3 // Illegal bin
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};
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};
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//=============================================================================
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//=============================================================================
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@ -35,7 +35,7 @@ void VlCoverpoint::addNamer(VlCovBinKind set, int count, VlCovBinNaming naming,
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const char* file, int line, int col) {
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const char* file, int line, int col) {
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m_namers.emplace_back(set, count, m_nextBase, naming, name, file, line, col);
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m_namers.emplace_back(set, count, m_nextBase, naming, name, file, line, col);
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m_nextBase += count;
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m_nextBase += count;
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if (set == VlCovBinKind::NORMAL) m_normal += count;
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if (set == VlCovBinKind::KIND_NORMAL) m_normal += count;
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}
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}
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const VlCovNamer& VlCoverpoint::namerFor(int i) const {
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const VlCovNamer& VlCoverpoint::namerFor(int i) const {
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@ -62,14 +62,14 @@ void VlCoverpoint::registerBins(VerilatedCovContext* covcontextp, const char* pa
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const std::string full = m_hier + "." + binp;
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const std::string full = m_hier + "." + binp;
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const std::string lineStr = std::to_string(nm.line());
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const std::string lineStr = std::to_string(nm.line());
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const std::string colStr = std::to_string(nm.col());
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const std::string colStr = std::to_string(nm.col());
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if (kind == VlCovBinKind::NORMAL) {
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if (kind == VlCovBinKind::KIND_NORMAL) {
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VL_COVER_INSERT(covcontextp, full.c_str(), &m_counts[i], "page", page, "filename",
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VL_COVER_INSERT(covcontextp, full.c_str(), &m_counts[i], "page", page, "filename",
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nm.file(), "lineno", lineStr.c_str(), "column", colStr.c_str(), "bin",
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nm.file(), "lineno", lineStr.c_str(), "column", colStr.c_str(), "bin",
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binp.c_str());
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binp.c_str());
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} else {
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} else {
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const char* const binType = kind == VlCovBinKind::IGNORE ? "ignore"
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const char* const binType = kind == VlCovBinKind::KIND_IGNORE ? "ignore"
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: kind == VlCovBinKind::ILLEGAL ? "illegal"
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: kind == VlCovBinKind::KIND_ILLEGAL ? "illegal"
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: "default";
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: "default";
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VL_COVER_INSERT(covcontextp, full.c_str(), &m_counts[i], "page", page, "filename",
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VL_COVER_INSERT(covcontextp, full.c_str(), &m_counts[i], "page", page, "filename",
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nm.file(), "lineno", lineStr.c_str(), "column", colStr.c_str(), "bin",
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nm.file(), "lineno", lineStr.c_str(), "column", colStr.c_str(), "bin",
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binp.c_str(), "bin_type", binType);
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binp.c_str(), "bin_type", binType);
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@ -131,7 +131,7 @@ public:
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// path (incrementBin) stays a plain counter bump.
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// path (incrementBin) stays a plain counter bump.
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int numCovered = 0;
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int numCovered = 0;
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for (const VlCovNamer& nm : m_namers) {
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for (const VlCovNamer& nm : m_namers) {
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if (nm.set() != VlCovBinKind::NORMAL) continue;
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if (nm.set() != VlCovBinKind::KIND_NORMAL) continue;
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for (int i = nm.base(); i < nm.base() + nm.count(); ++i) {
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for (int i = nm.base(); i < nm.base() + nm.count(); ++i) {
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if (m_counts[i] >= m_atLeast) ++numCovered;
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if (m_counts[i] >= m_atLeast) ++numCovered;
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}
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}
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@ -1194,10 +1194,10 @@ public:
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// VlCovBinKind enumerator naming the bin's set
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// VlCovBinKind enumerator naming the bin's set
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const char* binSetEnum() const {
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const char* binSetEnum() const {
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switch (m_e) {
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switch (m_e) {
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case BINS_IGNORE: return "VlCovBinKind::IGNORE";
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case BINS_IGNORE: return "VlCovBinKind::KIND_IGNORE";
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case BINS_ILLEGAL: return "VlCovBinKind::ILLEGAL";
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case BINS_ILLEGAL: return "VlCovBinKind::KIND_ILLEGAL";
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case BINS_DEFAULT: return "VlCovBinKind::DEFAULT";
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case BINS_DEFAULT: return "VlCovBinKind::KIND_DEFAULT";
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default: return "VlCovBinKind::NORMAL";
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default: return "VlCovBinKind::KIND_NORMAL";
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}
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}
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}
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}
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// Normal bins (feed coverage) are anything but ignore/illegal/default
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// Normal bins (feed coverage) are anything but ignore/illegal/default
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