resolveAddresses

pub fn resolveAddresses(
    info: *Info,
    gpa: Allocator,
    io: Io,
    /// Asserts the addresses are in ascending order.
    sorted_pc_addrs: []const u64,
    /// Asserts its length equals length of `sorted_pc_addrs`.
    output: []SourceLocation,
) ResolveAddressesError!void

File

Code

pub fn resolveAddresses(
    info: *Info,
    gpa: Allocator,
    io: Io,
    /// Asserts the addresses are in ascending order.
    sorted_pc_addrs: []const u64,
    /// Asserts its length equals length of `sorted_pc_addrs`.
    output: []SourceLocation,
) ResolveAddressesError!void {
    assert(sorted_pc_addrs.len == output.len);
    switch (info.impl) {
        .elf => |*ef| return info.coverage.resolveAddressesDwarf(gpa, io, ef.endian, sorted_pc_addrs, output, &ef.dwarf.?),
        .macho => |*mf| {
            // Resolving all of the addresses at once unfortunately isn't so easy in Mach-O binaries
            // due to split debug information. For now, we'll just resolve the addreses one by one.
            for (sorted_pc_addrs, output) |pc_addr, *src_loc| {
                const dwarf, const dwarf_pc_addr = mf.getDwarfForAddress(gpa, io, pc_addr) catch |err| switch (err) {
                    error.MissingDebugInfo => {
                        src_loc.* = .invalid;
                        continue;
                    },
                    error.InvalidMachO, error.InvalidDwarf => return error.InvalidDebugInfo,
                    else => |e| return e,
                };
                if (dwarf.ranges.items.len == 0) {
                    dwarf.populateRanges(gpa, .little) catch |err| switch (err) {
                        error.EndOfStream,
                        error.Overflow,
                        error.StreamTooLong,
                        error.ReadFailed,
                        => return error.InvalidDebugInfo,
                        else => |e| return e,
                    };
                }
                try info.coverage.resolveAddressesDwarf(gpa, io, .little, &.{dwarf_pc_addr}, src_loc[0..1], dwarf);
            }
        },
    }
}