Replace with equivalent methods on blockrange.
Change-Id: I20fd8f624e0129782c36768291891e7582d77c74
struct blockrange
{
- blockrange (CORE_ADDR startaddr_, CORE_ADDR endaddr_)
- : startaddr (startaddr_),
- endaddr (endaddr_)
+ blockrange (CORE_ADDR start, CORE_ADDR end)
+ : m_start (start),
+ m_end (end)
{
}
+ /* Return this blockrange's start address. */
+ CORE_ADDR start () const
+ { return m_start; }
+
+ /* Set this blockrange's start address. */
+ void set_start (CORE_ADDR start)
+ { m_start = start; }
+
+ /* Return this blockrange's end address. */
+ CORE_ADDR end () const
+ { return m_end; }
+
+ /* Set this blockrange's end address. */
+ void set_end (CORE_ADDR end)
+ { m_end = end; }
+
/* Lowest address in this range. */
- CORE_ADDR startaddr;
+ CORE_ADDR m_start;
/* One past the highest address in the range. */
- CORE_ADDR endaddr;
+ CORE_ADDR m_end;
};
/* Two or more non-contiguous ranges in the same order as that provided
#define BLOCK_CONTIGUOUS_P(bl) (BLOCK_RANGES (bl) == nullptr \
|| BLOCK_NRANGES (bl) <= 1)
-/* Obtain the start address of the Nth range for block BL. */
-
-#define BLOCK_RANGE_START(bl,n) (BLOCK_RANGE (bl)[n].startaddr)
-
-/* Obtain the end address of the Nth range for block BL. */
-
-#define BLOCK_RANGE_END(bl,n) (BLOCK_RANGE (bl)[n].endaddr)
-
/* Define the "entry pc" for a block BL to be the lowest (start) address
for the block when all addresses within the block are contiguous. If
non-contiguous, then use the start address for the first range in the
#define BLOCK_ENTRY_PC(bl) (BLOCK_CONTIGUOUS_P (bl) \
? bl->start () \
- : BLOCK_RANGE_START (bl,0))
+ : BLOCK_RANGE (bl)[0].start ())
struct blockvector
{
int i;
for (i = 0; i < BLOCK_NRANGES (b); i++)
{
- if (BLOCK_RANGE_START (b, i) <= mapped_pc
- && mapped_pc < BLOCK_RANGE_END (b, i))
+ if (BLOCK_RANGE (b)[i].start () <= mapped_pc
+ && mapped_pc < BLOCK_RANGE (b)[i].end ())
{
- cache_pc_function_low = BLOCK_RANGE_START (b, i);
- cache_pc_function_high = BLOCK_RANGE_END (b, i);
+ cache_pc_function_low = BLOCK_RANGE (b)[i].start ();
+ cache_pc_function_high = BLOCK_RANGE (b)[i].end ();
break;
}
}
for (int i = 0; i < BLOCK_NRANGES (block); i++)
{
- if (BLOCK_RANGE_START (block, i) <= entry_pc
- && entry_pc < BLOCK_RANGE_END (block, i))
+ if (BLOCK_RANGE (block)[i].start () <= entry_pc
+ && entry_pc < BLOCK_RANGE (block)[i].end ())
{
if (address != nullptr)
- *address = BLOCK_RANGE_START (block, i);
+ *address = BLOCK_RANGE (block)[i].start ();
if (endaddr != nullptr)
- *endaddr = BLOCK_RANGE_END (block, i);
+ *endaddr = BLOCK_RANGE (block)[i].end ();
return status;
}
{
for (int i = 0; i < BLOCK_NRANGES (block); i++)
{
- CORE_ADDR range_low = BLOCK_RANGE_START (block, i);
- CORE_ADDR range_high = BLOCK_RANGE_END (block, i);
+ CORE_ADDR range_low = BLOCK_RANGE (block)[i].start ();
+ CORE_ADDR range_high = BLOCK_RANGE (block)[i].end ();
gdb_printf (_("Address range %ps to %ps:\n"),
styled_string (address_style.style (),
paddress (gdbarch, range_low)),
if (BLOCK_RANGES (b) != nullptr)
for (int j = 0; j < BLOCK_NRANGES (b); j++)
{
- BLOCK_RANGE_START (b, j) += delta[block_line_section];
- BLOCK_RANGE_END (b, j) += delta[block_line_section];
+ blockrange &r = BLOCK_RANGE (b)[j];
+ r.set_start (r.start () + delta[block_line_section]);
+ r.set_end (r.end () + delta[block_line_section]);
}
/* We only want to iterate over the local symbols, not any