# REQUIRES: x86
# RUN: llvm-mc -filetype=obj -triple=x86_64-linux %s -o %t.o
# RUN: echo "SECTIONS { .data 0x4000 : {*(.data)} .dynsym 0x2000 : {*(.dynsym)} .dynstr : {*(.dynstr)} }" > %t.script
# RUN: ld.lld --hash-style=sysv -o %t.so --script %t.script %t.o -shared
# RUN: llvm-objdump -section-headers %t.so | FileCheck %s

# Note: how the layout is done:
#  we need to layout 2 segments, each contains sections:
#    seg1: .data .dynamic
#    seg2: .dynsym .dynstr .text .hash
# for each segment, we start from the first section, regardless
# whether it is an orphan or not (sections that are not listed in the
# linkerscript are orphans):
#   for seg1, we assign address: .data(0x4000), .dynamic(0x4008)
#   for seg2, we assign address: .dynsym(0x2000), .dynstr(0x2018) ...
# .dynsym is not an orphan, so we take address from script, we assign
# .dynstr current address cursor, which is the end # of .dynsym and so
# on for later sections.

# Also note, it is absolutely *illegal* to have section addresses of
# the same segment in none-increasing order, authors of linker scripts
# must take responsibility to make sure this does not happen.

# CHECK:      Sections:
# CHECK-NEXT: Idx Name          Size      Address          Type
# CHECK-NEXT:   0               00000000 0000000000000000
# CHECK-NEXT:   1 .data         00000008 0000000000004000
# CHECK-NEXT:   2 .dynamic      00000060 0000000000004008
# CHECK-NEXT:   3 .dynsym       00000018 0000000000002000
# CHECK-NEXT:   4 .dynstr       00000001 0000000000002018
# CHECK-NEXT:   5 .hash         00000010 000000000000201c
# CHECK-NEXT:   6 .text         00000008 000000000000202c

.quad 0
.data
.quad 0