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Open-USB-Extreme
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Rename variables in D style

This commit is contained in:
Ernesto Castellotti 2019-08-28 15:45:06 +02:00
parent 009f094c01
commit 4caee1c98f
4 changed files with 82 additions and 82 deletions
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4
examples/example.d
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@ -3,8 +3,8 @@ import core.stdc.stdlib;
import usbextreme; import usbextreme;
extern(C) int main(int argc, char[]* argv) { extern(C) int main(int argc, char[]* argv) {
usb_extreme_headers headers; UsbExtremeHeaders headers;
usb_extreme_filestat[10] filestatsBuf = void; UsbExtremeFilestat[10] filestatsBuf = void;
if (argc < 2) { if (argc < 2) {
printf("Usage: open-usbextreme-example <path/to/ul.cfg>\n"); printf("Usage: open-usbextreme-example <path/to/ul.cfg>\n");

36
include/usbextreme.di
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@ -5,8 +5,8 @@ enum USBEXTREME_NAME_LENGTH = 32;
enum USBEXTREME_ID_LENGTH = 15; enum USBEXTREME_ID_LENGTH = 15;
enum USBEXTREME_NAME_EXT_LENGTH = 10; enum USBEXTREME_NAME_EXT_LENGTH = 10;
enum USBEXTREME_MAGIC = 8; enum USBEXTREME_MAGIC = 8;
enum USBEXTREME_HEADER_SIZE = usb_extreme_base.sizeof; enum USBEXTREME_HEADER_SIZE = UsbExtremeBase.sizeof;
align (1) struct usb_extreme_base align (1) struct UsbExtremeBase
{ {
align (1) align (1)
{ {
@ -15,7 +15,7 @@ align (1) struct usb_extreme_base
uint8_t[10] empty2; uint8_t[10] empty2;
} }
} }
align (1) struct usb_extreme_v0 align (1) struct UsbExtremeV0
{ {
align (1) align (1)
{ {
@ -28,7 +28,7 @@ align (1) struct usb_extreme_v0
uint8_t[USBEXTREME_NAME_EXT_LENGTH] empty2; uint8_t[USBEXTREME_NAME_EXT_LENGTH] empty2;
} }
} }
align (1) struct usb_extreme_v1 align (1) struct UsbExtremeV1
{ {
align (1) align (1)
{ {
@ -37,28 +37,28 @@ align (1) struct usb_extreme_v1
uint8_t n_parts; uint8_t n_parts;
uint8_t type; uint8_t type;
uint16_t size; uint16_t size;
uint8_t video_mode; uint8_t videoMode;
uint8_t usb_extreme_version; uint8_t usbExtremeVersion;
uint8_t magic; uint8_t magic;
char[USBEXTREME_NAME_EXT_LENGTH] name_ext; char[USBEXTREME_NAME_EXT_LENGTH] nameExt;
} }
} }
struct usb_extreme_headers struct UsbExtremeHeaders
{ {
const(void)* first_header; const(void)* firstHeader;
const(usb_extreme_base)[] headers; const(UsbExtremeBase)[] headers;
int num_headers; int numHeaders;
size_t headerslen; size_t headersLen;
UsbExtremeVersion oueVersion; UsbExtremeVersion oueVersion;
} }
struct usb_extreme_filestat struct UsbExtremeFilestat
{ {
int offset; int offset;
char[USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] name; char[USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] name;
SCECdvdMediaType type; SCECdvdMediaType type;
uint16_t size; uint16_t size;
uint8_t video_mode; uint8_t videoMode;
UsbExtremeVersion usb_extreme_version; UsbExtremeVersion usbExtremeVersion;
} }
enum UsbExtremeVersion enum UsbExtremeVersion
{ {
@ -87,10 +87,10 @@ enum SCECdvdMediaType
extern (D) bool isOue(const(void)[] headers); extern (D) bool isOue(const(void)[] headers);
extern (D) UsbExtremeVersion getVersion(uint8_t usbExtremeVersion); extern (D) UsbExtremeVersion getVersion(uint8_t usbExtremeVersion);
extern (D) int oueNumHeaders(const(void)[] headers); extern (D) int oueNumHeaders(const(void)[] headers);
extern (D) int ouePointHeaders(ref const(usb_extreme_base)[] headers, const(void)[] raw_headers); extern (D) int ouePointHeaders(ref const(UsbExtremeBase)[] headers, const(void)[] rawHeaders);
extern (D) UsbExtremeVersion oueHeadersVersion(const(void)[] headers); extern (D) UsbExtremeVersion oueHeadersVersion(const(void)[] headers);
extern (D) int oueReadHeaders(ref usb_extreme_headers headers, const(void)[] raw_headers); extern (D) int oueReadHeaders(ref UsbExtremeHeaders headers, const(void)[] rawHeaders);
extern (D) usb_extreme_filestat[] oueRead(usb_extreme_filestat[] filestats, const(usb_extreme_headers) headers); extern (D) UsbExtremeFilestat[] oueRead(UsbExtremeFilestat[] filestats, const(UsbExtremeHeaders) headers);
private R[] castArray(R, T)(T[] array) private R[] castArray(R, T)(T[] array)
{ {
auto ptr = array.ptr; auto ptr = array.ptr;

30
lib/cabi.d
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@ -2,28 +2,28 @@ module cabi;
import std.stdint; import std.stdint;
import usbextreme; import usbextreme;
extern(C) int is_oue(const(void)* headers, size_t headerslen) { extern(C) int is_oue(const(void)* headers, size_t headersLen) {
return isOue(headers[0..headerslen]); return isOue(headers[0..headersLen]);
} }
extern(C) UsbExtremeVersion get_version(uint8_t usbExtremeVersion) { extern(C) UsbExtremeVersion get_version(uint8_t usbExtremeVersion) {
return getVersion(usbExtremeVersion); return getVersion(usbExtremeVersion);
} }
extern(C) int oue_num_headers(int *num_headers, const(void) *headers, size_t headerslen) { extern(C) int oue_num_headers(int *numHeaders, const(void) *headers, size_t headersLen) {
auto result = oueNumHeaders(headers[0..headerslen]); auto result = oueNumHeaders(headers[0..headersLen]);
*num_headers = result; *numHeaders = result;
return result; return result;
} }
extern(C) int oue_point_headers(const(usb_extreme_base)** headers, const(void)* raw_headers, size_t headerslen) { extern(C) int oue_point_headers(const(UsbExtremeBase)** headers, const(void)* rawHeaders, size_t headersLen) {
auto len = headerslen / usb_extreme_base.sizeof; auto len = headersLen / UsbExtremeBase.sizeof;
const(usb_extreme_base)[] headersArr = (*headers)[0..len]; const(UsbExtremeBase)[] headersArr = (*headers)[0..len];
return ouePointHeaders(headersArr, raw_headers[0..headerslen]); return ouePointHeaders(headersArr, rawHeaders[0..headersLen]);
} }
extern(C) int oue_version(UsbExtremeVersion* oueVersion, const(void) *headers, size_t headerslen) { extern(C) int oue_version(UsbExtremeVersion* oueVersion, const(void) *headers, size_t headersLen) {
auto result = oueHeadersVersion(headers[0..headerslen]); auto result = oueHeadersVersion(headers[0..headersLen]);
if (result == UsbExtremeVersion.Unknown) { if (result == UsbExtremeVersion.Unknown) {
return -1; return -1;
@ -33,11 +33,11 @@ extern(C) int oue_version(UsbExtremeVersion* oueVersion, const(void) *headers, s
return 1; return 1;
} }
extern(C) int oue_read_headers(usb_extreme_headers* headers, const(void)* raw_headers, size_t headerslen) { extern(C) int oue_read_headers(UsbExtremeHeaders* headers, const(void)* rawHeaders, size_t headersLen) {
return oueReadHeaders(*headers, raw_headers[0..headerslen]); return oueReadHeaders(*headers, rawHeaders[0..headersLen]);
} }
extern(C) int oue_read(usb_extreme_filestat* filestat, const(usb_extreme_headers) headers, int filestats_nlen) { extern(C) int oue_read(UsbExtremeFilestat* filestat, const(UsbExtremeHeaders) headers, int filestatsLen) {
auto result = oueRead(filestat[0..filestats_nlen], headers); auto result = oueRead(filestat[0..filestatsLen], headers);
return cast(int) result.length; return cast(int) result.length;
} }

94
lib/usbextreme.d
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@ -5,16 +5,16 @@ enum USBEXTREME_NAME_LENGTH = 32;
enum USBEXTREME_ID_LENGTH = 15; enum USBEXTREME_ID_LENGTH = 15;
enum USBEXTREME_NAME_EXT_LENGTH = 10; enum USBEXTREME_NAME_EXT_LENGTH = 10;
enum USBEXTREME_MAGIC = 0x08; enum USBEXTREME_MAGIC = 0x08;
enum USBEXTREME_HEADER_SIZE = usb_extreme_base.sizeof; enum USBEXTREME_HEADER_SIZE = UsbExtremeBase.sizeof;
align(1) struct usb_extreme_base { align(1) struct UsbExtremeBase {
align(1): align(1):
uint8_t[6 + USBEXTREME_ID_LENGTH + USBEXTREME_NAME_LENGTH] empty; uint8_t[6 + USBEXTREME_ID_LENGTH + USBEXTREME_NAME_LENGTH] empty;
uint8_t magic; uint8_t magic;
uint8_t[10] empty2; uint8_t[10] empty2;
} }
align(1) struct usb_extreme_v0 { align(1) struct UsbExtremeV0 {
align(1): align(1):
char[USBEXTREME_NAME_LENGTH] name; char[USBEXTREME_NAME_LENGTH] name;
char[USBEXTREME_ID_LENGTH] id; char[USBEXTREME_ID_LENGTH] id;
@ -25,34 +25,34 @@ align(1) struct usb_extreme_v0 {
uint8_t[USBEXTREME_NAME_EXT_LENGTH] empty2; uint8_t[USBEXTREME_NAME_EXT_LENGTH] empty2;
} }
align(1) struct usb_extreme_v1 { align(1) struct UsbExtremeV1 {
align(1): align(1):
char[USBEXTREME_NAME_LENGTH] name; char[USBEXTREME_NAME_LENGTH] name;
char[USBEXTREME_ID_LENGTH] id; char[USBEXTREME_ID_LENGTH] id;
uint8_t n_parts; uint8_t n_parts;
uint8_t type; uint8_t type;
uint16_t size; uint16_t size;
uint8_t video_mode; uint8_t videoMode;
uint8_t usb_extreme_version; uint8_t usbExtremeVersion;
uint8_t magic; uint8_t magic;
char[USBEXTREME_NAME_EXT_LENGTH] name_ext; char[USBEXTREME_NAME_EXT_LENGTH] nameExt;
} }
struct usb_extreme_headers { struct UsbExtremeHeaders {
const(void)* first_header; const(void)* firstHeader;
const(usb_extreme_base)[] headers; const(UsbExtremeBase)[] headers;
int num_headers; int numHeaders;
size_t headerslen; size_t headersLen;
UsbExtremeVersion oueVersion; UsbExtremeVersion oueVersion;
} }
struct usb_extreme_filestat { struct UsbExtremeFilestat {
int offset; int offset;
char[USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] name; char[USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] name;
SCECdvdMediaType type; SCECdvdMediaType type;
uint16_t size; uint16_t size;
uint8_t video_mode; uint8_t videoMode;
UsbExtremeVersion usb_extreme_version; UsbExtremeVersion usbExtremeVersion;
} }
enum UsbExtremeVersion { enum UsbExtremeVersion {
@ -82,9 +82,9 @@ enum SCECdvdMediaType {
} }
extern(D) bool isOue(const(void)[] headers) { extern(D) bool isOue(const(void)[] headers) {
auto headers_oeu = castArray!(const usb_extreme_base)(headers); auto headersOeu = castArray!(const UsbExtremeBase)(headers);
foreach (header; headers_oeu) { foreach (header; headersOeu) {
if (header.magic != USBEXTREME_MAGIC) { if (header.magic != USBEXTREME_MAGIC) {
return false; return false;
} }
@ -110,52 +110,52 @@ extern(D) UsbExtremeVersion getVersion(uint8_t usbExtremeVersion) {
} }
extern(D) int oueNumHeaders(const(void)[] headers) { extern(D) int oueNumHeaders(const(void)[] headers) {
auto headers_nlen = cast(int) (castArray!(usb_extreme_base)(headers).length); auto headersLen = cast(int) (castArray!(UsbExtremeBase)(headers).length);
if (!isOue(headers)) { if (!isOue(headers)) {
return -1; return -1;
} }
return headers_nlen; return headersLen;
} }
extern(D) int ouePointHeaders(ref const(usb_extreme_base)[] headers, const(void)[] raw_headers) { extern(D) int ouePointHeaders(ref const(UsbExtremeBase)[] headers, const(void)[] rawHeaders) {
auto headers_nlen = oueNumHeaders(raw_headers); auto headersLen = oueNumHeaders(rawHeaders);
if (headers_nlen <= 0) { if (headersLen <= 0) {
return -1; return -1;
} }
headers = castArray!(const(usb_extreme_base))(raw_headers)[]; headers = castArray!(const(UsbExtremeBase))(rawHeaders)[];
return headers_nlen; return headersLen;
} }
extern(D) UsbExtremeVersion oueHeadersVersion(const(void)[] headers) { extern(D) UsbExtremeVersion oueHeadersVersion(const(void)[] headers) {
auto headers_oeu = castArray!(usb_extreme_v1)(headers); auto headersOeu = castArray!(UsbExtremeV1)(headers);
auto first_version = UsbExtremeVersion.V0; auto firstVersion = UsbExtremeVersion.V0;
if (!isOue(headers)) { if (!isOue(headers)) {
return UsbExtremeVersion.Unknown; return UsbExtremeVersion.Unknown;
} }
foreach (i, header; headers_oeu) { foreach (i, header; headersOeu) {
if (i == 0) { if (i == 0) {
first_version = getVersion(header.usb_extreme_version); firstVersion = getVersion(header.usbExtremeVersion);
} else { } else {
if (first_version != getVersion(header.usb_extreme_version)) { if (firstVersion != getVersion(header.usbExtremeVersion)) {
return UsbExtremeVersion.V0; return UsbExtremeVersion.V0;
} }
} }
} }
return first_version; return firstVersion;
} }
extern(D) int oueReadHeaders(ref usb_extreme_headers headers, const(void)[] raw_headers) { extern(D) int oueReadHeaders(ref UsbExtremeHeaders headers, const(void)[] rawHeaders) {
auto oueVersion = oueHeadersVersion(raw_headers); auto oueVersion = oueHeadersVersion(rawHeaders);
auto num_headers = oueNumHeaders(raw_headers); auto numHeaders = oueNumHeaders(rawHeaders);
if (!isOue(raw_headers)) { if (!isOue(rawHeaders)) {
return -1; return -1;
} }
@ -163,18 +163,18 @@ extern(D) int oueReadHeaders(ref usb_extreme_headers headers, const(void)[] raw_
return -1; return -1;
} }
auto headersArr = castArray!(usb_extreme_base)(raw_headers); auto headersArr = castArray!(UsbExtremeBase)(rawHeaders);
headers = usb_extreme_headers(raw_headers.ptr, headers = UsbExtremeHeaders(rawHeaders.ptr,
headersArr, headersArr,
num_headers, numHeaders,
raw_headers.length, rawHeaders.length,
oueVersion); oueVersion);
return 1; return 1;
} }
extern(D) usb_extreme_filestat[] oueRead(usb_extreme_filestat[] filestats, const(usb_extreme_headers) headers) { extern(D) UsbExtremeFilestat[] oueRead(UsbExtremeFilestat[] filestats, const(UsbExtremeHeaders) headers) {
auto headers_full = castArray!(usb_extreme_v1)(headers.headers); auto headersFull = castArray!(UsbExtremeV1)(headers.headers);
auto headersLength = headers_full.length; auto headersLength = headersFull.length;
int fileStatsLength = 0; int fileStatsLength = 0;
foreach (i, ref filestat; filestats) { foreach (i, ref filestat; filestats) {
@ -182,23 +182,23 @@ extern(D) usb_extreme_filestat[] oueRead(usb_extreme_filestat[] filestats, const
return filestats[0..i]; return filestats[0..i];
} }
auto header = headers_full[i]; auto header = headersFull[i];
filestat.name[0..USBEXTREME_NAME_LENGTH] = header.name[0..$]; filestat.name[0..USBEXTREME_NAME_LENGTH] = header.name[0..$];
auto headerVersion = getVersion(header.usb_extreme_version); auto headerVersion = getVersion(header.usbExtremeVersion);
uint16_t size = 0; uint16_t size = 0;
uint8_t videoMode = 0; uint8_t videoMode = 0;
if (headerVersion >= 1) { if (headerVersion >= 1) {
size = header.size; size = header.size;
videoMode = header.video_mode; videoMode = header.videoMode;
filestat.name[USBEXTREME_NAME_LENGTH..USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] = header.name_ext[0..$]; filestat.name[USBEXTREME_NAME_LENGTH..USBEXTREME_NAME_LENGTH + USBEXTREME_NAME_EXT_LENGTH] = header.nameExt[0..$];
} }
filestat.size = size; filestat.size = size;
filestat.type = cast(SCECdvdMediaType) header.type; filestat.type = cast(SCECdvdMediaType) header.type;
filestat.offset = cast(int) i; filestat.offset = cast(int) i;
filestat.video_mode = videoMode; filestat.videoMode = videoMode;
filestat.usb_extreme_version = headerVersion; filestat.usbExtremeVersion = headerVersion;
headersLength -= 1; headersLength -= 1;
fileStatsLength += 1; fileStatsLength += 1;
} }