diff options
Diffstat (limited to 'src/usr/trace/runtime/test/testrsvdtracebuf.H')
| -rw-r--r-- | src/usr/trace/runtime/test/testrsvdtracebuf.H | 270 |
1 files changed, 224 insertions, 46 deletions
diff --git a/src/usr/trace/runtime/test/testrsvdtracebuf.H b/src/usr/trace/runtime/test/testrsvdtracebuf.H index 148df5d07..0b6374ba7 100644 --- a/src/usr/trace/runtime/test/testrsvdtracebuf.H +++ b/src/usr/trace/runtime/test/testrsvdtracebuf.H @@ -5,7 +5,7 @@ /* */ /* OpenPOWER HostBoot Project */ /* */ -/* Contributors Listed Below - COPYRIGHT 2013,2018 */ +/* Contributors Listed Below - COPYRIGHT 2013,2019 */ /* [+] International Business Machines Corp. */ /* */ /* */ @@ -25,10 +25,8 @@ #include <cxxtest/TestSuite.H> #include <trace/runtime/rt_rsvdtracebuffer.H> // TRACE::RsvdTraceBuffer -#include <trace/runtime/rt_rsvdtracebufservice.H> // TRACE::RsvdTraceBufService -#include <trace/entry.H> // TRACE::Entry -#include <trace/compdesc.H> // TRACE::ComponentDesc -#include <util/runtime/util_rt.H> // hb_get_rt_rsvd_mem +#include <trace/entry.H> // TRACE::Entry +#include <trace/compdesc.H> // TRACE::ComponentDesc #include <stdint.h> // uint32_t #include <stdlib.h> // malloc @@ -83,7 +81,7 @@ void testRsvdTraceBuffConstructor() } TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); -} // void testRsvdTraceBuffConstructor() +} // end void testRsvdTraceBuffConstructor // Some more simple tests - the initializer void testRsvdTraceBuffInit() @@ -108,7 +106,7 @@ void testRsvdTraceBuffInit() l_addressToHead); char* l_bufferBegin = reinterpret_cast<char*>(l_bufferAddr + - sizeof(uintptr_t)); + (2 * sizeof(uintptr_t))); char* l_bufferEnd = reinterpret_cast<char*>(l_bufferAddr + l_bufferSize - 1); @@ -155,7 +153,7 @@ void testRsvdTraceBuffInit() } TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); -} // end void testRsvdTraceBuffInit() +} // end void testRsvdTraceBuffInit // Test where buffer is too small to accommodate any Entry size void testRsvdTraceBuffBufferToSmall() @@ -225,7 +223,7 @@ void testRsvdTraceBuffBufferToSmall() free(l_buffer); TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); -} // end void testRsvdTraceBuffBufferToSmall() +} // end void testRsvdTraceBuffBufferToSmall // Test where buffer is just the right size to fit a single Entry void testRsvdTraceBuffOnlyAccommodateOneItem() @@ -283,7 +281,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItem() TS_FAIL("%s:%s: Pointer to list is not correct", __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -329,7 +328,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItem() TS_FAIL("%s:%s: Pointer to list is not correct", __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -354,7 +354,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItem() TS_FAIL("%s:%s: Pointer to list is not correct", __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -363,7 +364,7 @@ void testRsvdTraceBuffOnlyAccommodateOneItem() free(l_buffer); TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); -} // end void testRsvdTraceBuffOnlyAccommodateOneItem() +} // end void testRsvdTraceBuffOnlyAccommodateOneItem // Test where buffer is just the right size to fit a single Entry plus size void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() @@ -378,7 +379,7 @@ void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() l_rsvd); // Adjust buffer to the area we are interested in - char* l_buffer = l_fullBuffer + sizeof(uintptr_t); + char* l_buffer = l_fullBuffer + (2 * sizeof(uintptr_t)); if (l_rsvd.getBufferSize() != l_bufferSize) { @@ -434,8 +435,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() __FILE__, __func__); } - - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -533,7 +534,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -603,7 +605,8 @@ void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -682,7 +685,7 @@ void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() free(l_fullBuffer); TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); -} // end void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize() +} // end void testRsvdTraceBuffOnlyAccommodateOneItemPlusSize // Test where buffer is just the right size to fit two Entries void testRsvdTraceBuffOnlyAccommodateTwoItems() @@ -697,7 +700,7 @@ void testRsvdTraceBuffOnlyAccommodateTwoItems() l_rsvd); // Adjust buffer to the area we are interested in - char* l_buffer = l_fullBuffer + sizeof(uintptr_t); + char* l_buffer = l_fullBuffer + (2 * sizeof(uintptr_t)); if (l_rsvd.getBufferSize() != l_bufferSize) { @@ -741,7 +744,8 @@ void testRsvdTraceBuffOnlyAccommodateTwoItems() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -790,7 +794,8 @@ void testRsvdTraceBuffOnlyAccommodateTwoItems() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -833,7 +838,8 @@ void testRsvdTraceBuffOnlyAccommodateTwoItems() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -887,7 +893,8 @@ void testRsvdTraceBuffOnlyAccommodateTwoItems() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -912,7 +919,7 @@ void testRsvdTraceBuffTestTheEnds() l_rsvd); // Adjust buffer to the area we are interested in - char* l_buffer = l_fullBuffer + sizeof(uintptr_t); + char* l_buffer = l_fullBuffer + (2 * sizeof(uintptr_t)); if (l_rsvd.getBufferSize() != l_bufferSize) { @@ -991,7 +998,8 @@ void testRsvdTraceBuffTestTheEnds() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -1028,7 +1036,8 @@ void testRsvdTraceBuffTestTheEnds() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -1064,7 +1073,8 @@ void testRsvdTraceBuffTestTheEnds() __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -1089,16 +1099,18 @@ void testRsvdTraceBuffTestReentrant () iv_buffer = initializeRsvdBuffer(iv_bufferSize, l_rsvd); + iv_bufferBeginningBoundary = l_rsvd.iv_bufferBeginningBoundary; iv_bufferEndingBoundary = l_rsvd.iv_bufferEndingBoundary; // Adjust buffer to the area we are interested in - char* l_buffer = iv_buffer + sizeof(uintptr_t); + char* l_buffer = iv_buffer + (2 * sizeof(uintptr_t)); - if (l_rsvd.getBufferSize() != iv_bufferSize) + if (l_rsvd.getBufferSize() != (iv_bufferSize - sizeof(uintptr_t))) { - TS_FAIL("%s:%s: buffer size is not correct", - __FILE__, __func__); + TS_FAIL("%s:%s: buffer size is not correct %d %d", + __FILE__, __func__, l_rsvd.getBufferSize(), + (iv_bufferSize - sizeof(uintptr_t))); } if (true != l_rsvd.isBufferValid()) @@ -1149,7 +1161,8 @@ void testRsvdTraceBuffTestReentrant () __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -1168,7 +1181,7 @@ void testRsvdTraceBuffTestReentrant2() TRACE::RsvdTraceBuffer l_rsvd; initializeRsvdBufferForReentrant(l_rsvd); - if (l_rsvd.getBufferSize() != iv_bufferSize) + if (l_rsvd.getBufferSize() != (iv_bufferSize - sizeof(uintptr_t))) { TS_FAIL("%s:%s: buffer size is not correct", __FILE__, __func__); @@ -1196,7 +1209,8 @@ void testRsvdTraceBuffTestReentrant2() TS_FAIL("%s:%s: buffer is not valid", __FILE__, __func__); } - if (true != runSelfDiagnostics(l_rsvd)) + uint32_t l_itemCount(0); + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) { TS_FAIL("%s:%s: self diagnostics discovered an error", __FILE__, __func__); @@ -1259,7 +1273,7 @@ void testRsvdTraceBuffTestReentrant3() TRACE::RsvdTraceBuffer l_rsvd; initializeRsvdBufferForReentrant(l_rsvd); - if (l_rsvd.getBufferSize() != iv_bufferSize) + if (l_rsvd.getBufferSize() != (iv_bufferSize - sizeof(uintptr_t))) { TS_FAIL("%s:%s: buffer size is not correct", __FILE__, __func__); @@ -1353,7 +1367,7 @@ void testRsvdTraceBuffTestReentrant4() TRACE::RsvdTraceBuffer l_rsvd; initializeRsvdBufferForReentrant(l_rsvd); - if (l_rsvd.getBufferSize() != iv_bufferSize) + if (l_rsvd.getBufferSize() != (iv_bufferSize - sizeof(uintptr_t))) { TS_FAIL("%s:%s: buffer size is not correct", __FILE__, __func__); @@ -1423,7 +1437,7 @@ void testRsvdTraceBuffTestReentrant5() TRACE::RsvdTraceBuffer l_rsvd; initializeRsvdBufferForReentrant(l_rsvd); - if (l_rsvd.getBufferSize() != iv_bufferSize) + if (l_rsvd.getBufferSize() != (iv_bufferSize - sizeof(uintptr_t))) { TS_FAIL("%s:%s: buffer size is not correct", __FILE__, __func__); @@ -1474,11 +1488,175 @@ void testRsvdTraceBuffTestReentrant5() TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); } // end void testRsvdTraceBuffTestReentrant5 +// Test when the buffer has been relocated +// To simulate that the buffer has been relocated in memory and the pointers +// within the buffer corrected, I create a buffer and divided it into +// 3 sections. I populate the middle section with data and verify that it +// is valid. Then I copy the middle buffer data over to the top section, +// basically a memory location before the middle buffer. Zero out the middle +// section to keep myself honest, then hand that buffer over to the +// RsvdTraceBuffer class, which should detect that the buffer has been relocated +// and correct the pointers. Once the RsvdTraceBuffer class has worked it's +// magic, the buffer is tested for correctness. I repeat this process by +// moving the buffer data to the bottom buffer, basically a memory location +// after the top and repeat this test. +void testRsvdTraceBuffTestBufferRelocation() +{ + TRACFCOMP(g_trac_test, ENTER_MRK"RsvdTraceBuffTestSuite:%s", __func__); + + // Size of each buffer segment (top buffer, middle buffer, bottom buffer) + const uint32_t SEGMENT_BUFFER_SIZE = 1024; + const uint32_t NUM_SEGMENTS = 3; + // Aggregate the size of the 3 buffer segments. + uint32_t l_bufferSize = NUM_SEGMENTS * SEGMENT_BUFFER_SIZE; + // Create the buffer of all combined segments and 'zero' out + char l_buffer[l_bufferSize]; + memset(l_buffer, 0, l_bufferSize); + + // Segment the buffer into 3 sections, top, middle, bottom + char * l_niflheim = l_buffer; + char * l_midgard = &(l_buffer[1 * SEGMENT_BUFFER_SIZE]); + char * l_muspelheim = &(l_buffer[2 * SEGMENT_BUFFER_SIZE]); + + uint32_t l_itemCount(0); + uint32_t l_expectedItemCount(3); + TRACE::RsvdTraceBuffer l_rsvd; + + // Populate middle buffer with data and verify it is correct + // This is just setting up the data before simulating a relocation + { + // Get the address of buffer + uintptr_t l_bufferAddr = reinterpret_cast<uintptr_t>(l_midgard); + + // Get a pointer to where the list head needs to reside in the buffer + uintptr_t *l_addressToListHead = reinterpret_cast<uintptr_t *>(l_bufferAddr); + + + l_rsvd.init(SEGMENT_BUFFER_SIZE - sizeof(uintptr_t), // subtract list head pointer + l_bufferAddr + sizeof(uintptr_t), // 'hop' over list head pointer + l_addressToListHead); + + // populate the middle buffer (l_midgard) with data + l_rsvd.insertEntry(sizeof(TRACE::Entry) + 20); + l_rsvd.insertEntry(sizeof(TRACE::Entry) + 5); + l_rsvd.insertEntry(sizeof(TRACE::Entry) + 30); + + // Validate the buffer + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) + { + TS_FAIL("%s:%s: Entry datas in midgard are corrupt", + __FILE__, __func__); + } + + if (l_itemCount != l_expectedItemCount) + { + TS_FAIL("%s:%s: The number of items found in midgard is incorrect, " + " expected %d, but got back %d", + __FILE__, __func__, l_expectedItemCount, l_itemCount); + } + } + + // Copy data over to the top buffer and clear out the middle buffer + // Simulate a relocation of the buffer to a memory address that precedes + // the original buffer's memory location + memcpy(l_niflheim, l_midgard, SEGMENT_BUFFER_SIZE); + memset(l_midgard, 0, SEGMENT_BUFFER_SIZE); + + // Test the top buffer + { + // Get the address of buffer + uintptr_t l_bufferAddr = reinterpret_cast<uintptr_t>(l_niflheim); + + // Get a pointer to where the list head needs to reside in the buffer + uintptr_t *l_addressToListHead = reinterpret_cast<uintptr_t *>(l_bufferAddr); + + // First invalidate buffer + // We need to invalidate the buffer before using it again. Saying + // it is invalid is probably a misnomer here, it really should be + // 'buffer is not initialized'. In a real situation, HB would have + // crashed and restarted. The validity of the buffer would be false + // since that info is not persisted. The buffer gets initialized with + // buffer data, which may or may not be empty. During the + // initialization the buffer gets evaluated to see if there is crash + // data to retrieve and a buffer that may or may not need the pointers + // corrected. + l_rsvd.iv_isBufferValid = false; + l_rsvd.init(SEGMENT_BUFFER_SIZE - sizeof(uintptr_t), // subtract list head pointer + l_bufferAddr + sizeof(uintptr_t), // 'hop' over list head pointer + l_addressToListHead); + + // Validate the buffer + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) + { + TS_FAIL("%s:%s: Entry datas in niflheim are corrupt", + __FILE__, __func__); + } + + if (l_itemCount != l_expectedItemCount) + { + TS_FAIL("%s:%s: The number of items found in niflheim is incorrect, " + " expected %d, but got back %d", + __FILE__, __func__, l_expectedItemCount, l_itemCount); + + } + } + + // Copy data over to the bottom buffer and clear out the top buffer + // Simulate a relocation of the buffer to a memory address that succeeds + // the original buffer's memory location + memcpy(l_muspelheim, l_niflheim, SEGMENT_BUFFER_SIZE); + memset(l_niflheim, 0, SEGMENT_BUFFER_SIZE); + + // Test the bottom buffer + { + // Get the address of buffer + uintptr_t l_bufferAddr = reinterpret_cast<uintptr_t>(l_muspelheim); + + // Get a pointer to where the list head needs to reside in the buffer + uintptr_t *l_addressToListHead = reinterpret_cast<uintptr_t *>(l_bufferAddr); + + // First invalidate buffer + // We need to invalidate the buffer before using it again. Saying + // it is invalid is probably a misnomer here, it really should be + // 'buffer is not initialized'. In a real situation, HB would have + // crashed and restarted. The validity of the buffer would be false + // since that info is not persisted. The buffer gets initialized with + // buffer data, which may or may not be empty. During the + // initialization the buffer gets evaluated to see if there is crash + // data to retrieve and a buffer that may or may not need the pointers + // corrected. + l_rsvd.iv_isBufferValid = false; + l_rsvd.init(SEGMENT_BUFFER_SIZE - sizeof(uintptr_t), // subtract list head pointer + l_bufferAddr + sizeof(uintptr_t), // 'hop' over list head pointer + l_addressToListHead); + + // Validate the buffer + l_itemCount = 0; + if (true != runSelfDiagnostics(l_rsvd, l_itemCount)) + { + TS_FAIL("%s:%s: Entry datas in muspelheim are corrupt", + __FILE__, __func__); + } + + if (l_itemCount != l_expectedItemCount) + { + TS_FAIL("%s:%s: The number of items found in muspelheim is incorrect, " + " expected %d, but got back %d", + __FILE__, __func__, l_expectedItemCount, l_itemCount); + } + } + TRACFCOMP(g_trac_test, EXIT_MRK"RsvdTraceBuffTestSuite:%s", __func__); +} // end void testRsvdTraceBuffTestBufferRelocation + private: // Helpful methods to help in testing char* initializeRsvdBuffer(uint32_t i_bufferSize, TRACE::RsvdTraceBuffer& i_rsvd) { + i_bufferSize += sizeof(uintptr_t); + iv_bufferSize = i_bufferSize; // Create a buffer uint32_t l_realBufferSize = i_bufferSize + sizeof(uintptr_t); char *l_buffer = reinterpret_cast<char*>(malloc(l_realBufferSize)); @@ -1513,7 +1691,7 @@ void initializeRsvdBufferForReentrant(TRACE::RsvdTraceBuffer& i_rsvd) } -bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) +bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd, uint32_t & o_itemCount) { bool l_everythingChecksOut = true; uintptr_t l_bufferBeginningBoundary = l_rsvd.getAddressOfPtr @@ -1521,15 +1699,15 @@ bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) uintptr_t l_bufferEndingBoundary = l_rsvd.getAddressOfPtr (l_rsvd.iv_bufferEndingBoundary); + o_itemCount = 0; + if (!l_rsvd.isListEmpty()) { - uint32_t l_itemCount(0); - TRACE::Entry* l_entry = l_rsvd.getListHead(); TRACE::Entry* l_head = l_entry; do { - ++l_itemCount; + ++o_itemCount; uintptr_t l_entryAddr = l_rsvd.getAddressOfPtr(l_entry); uintptr_t l_entryAddrEnd = l_rsvd.getEndingAddressOfEntry(l_entry); @@ -1539,7 +1717,7 @@ bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) TS_FAIL("Item [%d] at address (0x%X) precedes the " "allocated memory location at address " "(0x%X) by %d byte(s)", - l_itemCount, l_entryAddr, l_bufferBeginningBoundary, + o_itemCount, l_entryAddr, l_bufferBeginningBoundary, (l_bufferBeginningBoundary - l_entryAddr)); l_everythingChecksOut = false; } @@ -1548,7 +1726,7 @@ bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) TS_FAIL("Item [%d] at address (0x%X) is beyond the " "ending allocated memory location at address " "(0x%X) by %d byte(s)", - l_itemCount, l_entryAddr, l_bufferEndingBoundary, + o_itemCount, l_entryAddr, l_bufferEndingBoundary, (l_entryAddr - l_bufferEndingBoundary)); l_everythingChecksOut = false; } @@ -1557,7 +1735,7 @@ bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) TS_FAIL("Item [%d] at address (0x%X) overruns the " "ending allocated memory location at address " "(0x%X) by %d byte(s)", - l_itemCount, l_entryAddr, l_bufferEndingBoundary, + o_itemCount, l_entryAddr, l_bufferEndingBoundary, (l_entryAddrEnd - l_bufferEndingBoundary)); l_everythingChecksOut = false; } @@ -1570,7 +1748,7 @@ bool runSelfDiagnostics(TRACE::RsvdTraceBuffer& l_rsvd) { TS_FAIL("Item [%d] at address (0x%X) overruns the " "next item at address (0x%X) by %d byte(s)", - l_itemCount, l_entryAddr, l_entryNextAddr, + o_itemCount, l_entryAddr, l_entryNextAddr, (l_entryAddrEnd - l_entryNextAddr + 1)); l_everythingChecksOut = false; } |
