135 lines
4.3 KiB
Diff
135 lines
4.3 KiB
Diff
This fixes tests on 32 bits platforms. Patch taken from upstream.
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commit f8872e29ce06d78d3db71b3ab26a7465fc8a9586
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Author: David Gibson <david@gibson.dropbear.id.au>
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Date: Fri Oct 6 23:07:30 2017 +1100
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tests: Avoid 64-bit arithmetic in assembler
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For testing we (ab)use the assembler to build us a sample dtb, independent
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of the other tools (dtc and libfdt) that we're trying to test. In a few
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places this uses 64-bit arithmetic to decompose 64-bit constants into
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the individual bytes in the blob.
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Unfortunately, it seems that some builds of GNU as don't support >32 bit
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arithmetic, though it's not entirely clear to me which do and which don't
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(Fedora i386 does support 64-bit, Debian arm32 doesn't).
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Anyway, to be safe, this avoids 64-bit arithmetic in assembler at the cost
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of some extra awkwardness because we have to define the values in 32-bit
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halves.
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Signed-off-by: David Gibson <david@gibson.dropbear.id.au>
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diff --git a/tests/testdata.h b/tests/testdata.h
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index 3588778..f6bbe1d 100644
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--- a/tests/testdata.h
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+++ b/tests/testdata.h
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@@ -4,15 +4,25 @@
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#define ASM_CONST_LL(x) (x##ULL)
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#endif
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-#define TEST_ADDR_1 ASM_CONST_LL(0xdeadbeef00000000)
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-#define TEST_SIZE_1 ASM_CONST_LL(0x100000)
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-#define TEST_ADDR_2 ASM_CONST_LL(123456789)
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-#define TEST_SIZE_2 ASM_CONST_LL(010000)
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+#define TEST_ADDR_1H ASM_CONST_LL(0xdeadbeef)
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+#define TEST_ADDR_1L ASM_CONST_LL(0x00000000)
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+#define TEST_ADDR_1 ((TEST_ADDR_1H << 32) | TEST_ADDR_1L)
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+#define TEST_SIZE_1H ASM_CONST_LL(0x00000000)
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+#define TEST_SIZE_1L ASM_CONST_LL(0x00100000)
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+#define TEST_SIZE_1 ((TEST_SIZE_1H << 32) | TEST_SIZE_1L)
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+#define TEST_ADDR_2H ASM_CONST_LL(0)
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+#define TEST_ADDR_2L ASM_CONST_LL(123456789)
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+#define TEST_ADDR_2 ((TEST_ADDR_2H << 32) | TEST_ADDR_2L)
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+#define TEST_SIZE_2H ASM_CONST_LL(0)
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+#define TEST_SIZE_2L ASM_CONST_LL(010000)
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+#define TEST_SIZE_2 ((TEST_SIZE_2H << 32) | TEST_SIZE_2L)
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#define TEST_VALUE_1 0xdeadbeef
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#define TEST_VALUE_2 123456789
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-#define TEST_VALUE64_1 ASM_CONST_LL(0xdeadbeef01abcdef)
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+#define TEST_VALUE64_1H ASM_CONST_LL(0xdeadbeef)
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+#define TEST_VALUE64_1L ASM_CONST_LL(0x01abcdef)
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+#define TEST_VALUE64_1 ((TEST_VALUE64_1H << 32) | TEST_VALUE64_1L)
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#define PHANDLE_1 0x2000
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#define PHANDLE_2 0x2001
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diff --git a/tests/trees.S b/tests/trees.S
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index 9854d1d..9859914 100644
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--- a/tests/trees.S
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+++ b/tests/trees.S
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@@ -7,16 +7,6 @@
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.byte ((val) >> 8) & 0xff ; \
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.byte (val) & 0xff ;
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-#define FDTQUAD(val) \
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- .byte ((val) >> 56) & 0xff ; \
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- .byte ((val) >> 48) & 0xff ; \
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- .byte ((val) >> 40) & 0xff ; \
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- .byte ((val) >> 32) & 0xff ; \
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- .byte ((val) >> 24) & 0xff ; \
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- .byte ((val) >> 16) & 0xff ; \
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- .byte ((val) >> 8) & 0xff ; \
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- .byte (val) & 0xff ;
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-
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#define TREE_HDR(tree) \
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.balign 8 ; \
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.globl _##tree ; \
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@@ -33,14 +23,16 @@ tree: \
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FDTLONG(tree##_strings_end - tree##_strings) ; \
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FDTLONG(tree##_struct_end - tree##_struct) ;
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-#define RSVMAP_ENTRY(addr, len) \
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- FDTQUAD(addr) ; \
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- FDTQUAD(len) ; \
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+#define RSVMAP_ENTRY(addrh, addrl, lenh, lenl) \
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+ FDTLONG(addrh) ; \
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+ FDTLONG(addrl) ; \
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+ FDTLONG(lenh) ; \
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+ FDTLONG(lenl)
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#define EMPTY_RSVMAP(tree) \
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.balign 8 ; \
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tree##_rsvmap: ; \
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- RSVMAP_ENTRY(0, 0) \
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+ RSVMAP_ENTRY(0, 0, 0, 0) \
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tree##_rsvmap_end: ;
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#define PROPHDR(tree, name, len) \
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@@ -52,9 +44,10 @@ tree##_rsvmap_end: ;
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PROPHDR(tree, name, 4) \
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FDTLONG(val) ;
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-#define PROP_INT64(tree, name, val) \
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+#define PROP_INT64(tree, name, valh, vall) \
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PROPHDR(tree, name, 8) \
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- FDTQUAD(val) ;
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+ FDTLONG(valh) ; \
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+ FDTLONG(vall) ;
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#define PROP_STR(tree, name, str) \
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PROPHDR(tree, name, 55f - 54f) \
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@@ -81,16 +74,16 @@ tree##_##name: ; \
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.balign 8
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test_tree1_rsvmap:
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- RSVMAP_ENTRY(TEST_ADDR_1, TEST_SIZE_1)
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- RSVMAP_ENTRY(TEST_ADDR_2, TEST_SIZE_2)
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- RSVMAP_ENTRY(0, 0)
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+ RSVMAP_ENTRY(TEST_ADDR_1H, TEST_ADDR_1L, TEST_SIZE_1H, TEST_SIZE_1L)
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+ RSVMAP_ENTRY(TEST_ADDR_2H, TEST_ADDR_2L, TEST_SIZE_2H, TEST_SIZE_2L)
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+ RSVMAP_ENTRY(0, 0, 0, 0)
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test_tree1_rsvmap_end:
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test_tree1_struct:
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BEGIN_NODE("")
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PROP_STR(test_tree1, compatible, "test_tree1")
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PROP_INT(test_tree1, prop_int, TEST_VALUE_1)
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- PROP_INT64(test_tree1, prop_int64, TEST_VALUE64_1)
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+ PROP_INT64(test_tree1, prop_int64, TEST_VALUE64_1H, TEST_VALUE64_1L)
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PROP_STR(test_tree1, prop_str, TEST_STRING_1)
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PROP_INT(test_tree1, address_cells, 1)
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PROP_INT(test_tree1, size_cells, 0)
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