More macro magic
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@ -13,6 +13,9 @@
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#include "magiskboot.h"
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#include "compress.h"
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uint32_t dyn_img_hdr::j32 = 0;
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uint64_t dyn_img_hdr::j64 = 0;
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static void dump(void *buf, size_t size, const char *filename) {
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if (size == 0)
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return;
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@ -371,14 +374,14 @@ void repack(const char* orig_image, const char* out_image) {
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// extra
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extra_off = lseek(fd, 0, SEEK_CUR);
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if (access(EXTRA_FILE, R_OK) == 0) {
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boot.hdr.extra_size(restore(EXTRA_FILE, fd));
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boot.hdr.extra_size() = restore(EXTRA_FILE, fd);
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file_align();
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}
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// recovery_dtbo
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if (access(RECV_DTBO_FILE, R_OK) == 0) {
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boot.hdr.recovery_dtbo_offset(lseek(fd, 0, SEEK_CUR));
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boot.hdr.recovery_dtbo_size(restore(RECV_DTBO_FILE, fd));
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boot.hdr.recovery_dtbo_offset() = lseek(fd, 0, SEEK_CUR);
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boot.hdr.recovery_dtbo_size() = restore(RECV_DTBO_FILE, fd);
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file_align();
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}
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@ -439,7 +442,7 @@ void repack(const char* orig_image, const char* out_image) {
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// Try to fix the header
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if (boot.hdr.header_version() && boot.hdr.header_size() == 0)
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boot.hdr.header_size(sizeof(boot_img_hdr));
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boot.hdr.header_size() = sizeof(boot_img_hdr);
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// Main header
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memcpy(boot.map_addr + header_off, *boot.hdr, boot.hdr.hdr_size());
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@ -147,28 +147,24 @@ struct blob_hdr {
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struct dyn_img_hdr {
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#define dyn_access(x) (pxa ? hdr_pxa->x : v1_hdr->x)
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#define dyn_get(name, type) type name() const { return dyn_access(name); }
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#define dyn_set(name, type) void name(type v) { dyn_access(name) = v; }
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#define dyn_func(name, type) \
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dyn_get(name, type) \
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dyn_set(name, type)
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#define dyn_get(name, type) \
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type name() const { return dyn_access(name); }
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#define dyn_ref(name, type) \
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type &name() { return dyn_access(name); }
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#define v1_ref(name, type, alt) \
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type &name() { if (pxa) { alt = 0; return alt; } return v1_hdr->name; }
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#define v1_func(name, type) \
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type name() const { return pxa ? 0 : v1_hdr->name; } \
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void name(type v) { if (!pxa) v1_hdr->name = v; }
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dyn_func(extra_size, uint32_t);
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dyn_func(page_size, uint32_t);
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dyn_ref(page_size, uint32_t);
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dyn_get(name, char *);
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dyn_get(cmdline, char *);
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dyn_get(id, char *);
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dyn_get(extra_cmdline, char *);
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v1_func(os_version, uint32_t);
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v1_func(recovery_dtbo_size, uint32_t);
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v1_func(recovery_dtbo_offset, uint32_t);
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v1_func(header_size, uint32_t);
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v1_ref(os_version, uint32_t, j32);
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v1_ref(recovery_dtbo_size, uint32_t, j32);
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v1_ref(recovery_dtbo_offset, uint64_t, j64);
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v1_ref(header_size, uint32_t, j32);
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dyn_img_hdr() : pxa(false), img_hdr(nullptr) {}
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~dyn_img_hdr() {
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@ -179,17 +175,18 @@ void name(type v) { if (!pxa) v1_hdr->name = v; }
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}
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uint32_t header_version() {
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if (pxa)
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return 0;
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uint32_t ver = v1_hdr->header_version;
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// There won't be v4 header any time soon...
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// If larger than 4, assume this field will be treated as extra_size
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return ver > 4 ? 0 : ver;
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return pxa || v1_hdr->header_version > 4 ? 0 : v1_hdr->header_version;
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}
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uint32_t extra_size() {
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uint32_t &extra_size() {
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// If header version > 0, we should treat this field as header_version
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return header_version() ? 0 : dyn_access(extra_size);
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if (header_version()) {
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j32 = 0;
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return j32;
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}
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return dyn_access(extra_size);
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}
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size_t hdr_size() {
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@ -216,13 +213,16 @@ void name(type v) { if (!pxa) v1_hdr->name = v; }
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private:
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bool pxa;
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union {
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/* Main header is either AOSP or PXA
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* but both of them is a base header
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/* Main header could be either AOSP or PXA,
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* but both of them is a base header.
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* Same address can be interpreted in 3 ways */
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boot_img_hdr_base *img_hdr; /* Common base header */
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boot_img_hdr *v1_hdr; /* AOSP v1 header */
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boot_img_hdr_pxa *hdr_pxa; /* Samsung PXA header */
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};
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static uint32_t j32;
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static uint64_t j64;
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};
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struct boot_img {
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