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Formatting fixes.

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This commit is contained in:
William Miles
2022-09-07 09:39:13 +10:00
parent 380c623776
commit 86d2c1a002
3 changed files with 115 additions and 104 deletions
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20
espReader/ESPReader.h
View File

@@ -35,12 +35,14 @@ extern "C" {
#define RT_SIZE 128 #define RT_SIZE 128
/* RT hash seed was externally calculated s.t. the fourcc codes perfectly hash into /* RT hash seed was externally calculated s.t. the fourcc codes perfectly hash
* indices between 0 and 511. That is, there are no hashing collisions. This allows * into indices between 0 and 511. That is, there are no hashing collisions.
* for hard coded lookup tables for the fourcc codes in a relatively small space. * This allows for hard coded lookup tables for the fourcc codes in a relatively
* small space.
* *
* A minimal perfect hash is also possible with an intermediate seed table, though * A minimal perfect hash is also possible with an intermediate seed table,
* I'm not sure which is faster, if it's worth trying to speed this up, etc. * though I'm not sure which is faster, if it's worth trying to speed this up,
* etc.
*/ */
#define RT_HASH_SIZE 512 #define RT_HASH_SIZE 512
#define RT_HASH_BITS 9 #define RT_HASH_BITS 9
@@ -238,8 +240,8 @@ extern "C" {
* `cb` is a callback that takes a `Node` to process. `pt` is a pointer to * `cb` is a callback that takes a `Node` to process. `pt` is a pointer to
* arbitrary data that is passed on to `cb` whenever it is called. * arbitrary data that is passed on to `cb` whenever it is called.
* *
* Data is walked sequentially. Nodes passed to `cb` will be strictly increasing * Data is walked sequentially. Nodes passed to `cb` will be strictly
* in terms of memory location within the buffer. * increasing in terms of memory location within the buffer.
*/ */
void espr_walk(char *data, size_t size, struct walker_callbacks cb); void espr_walk(char *data, size_t size, struct walker_callbacks cb);
@@ -259,8 +261,8 @@ extern "C" {
size_t espr_formid_count(char *data, size_t size); size_t espr_formid_count(char *data, size_t size);
/* Copies the data from `data` to `buf` decompressing compressed fields as /* Copies the data from `data` to `buf` decompressing compressed fields as
* it does so. buf_size should be the value returned from `espr_decompressed_size`, * it does so. buf_size should be the value returned from
* and `buf` should be at least of that size. * `espr_decompressed_size`, and `buf` should be at least of that size.
*/ */
void espr_decompress(char *data, size_t size, char *buf, size_t buf_size); void espr_decompress(char *data, size_t size, char *buf, size_t buf_size);

174
espReader/LUT.c
View File

@@ -274,11 +274,11 @@ rfs_inner armo = {
}; };
#define REFERENCE_RECORD { \ #define REFERENCE_RECORD { \
[7] = "Turn Off Fire", \ [7] = "Turn Off Fire", \
[10] = "Persistent", \ [10] = "Persistent", \
[11] = "Initially Disabled", \ [11] = "Initially Disabled", \
[28] = "Reflected by Auto Water", \ [28] = "Reflected by Auto Water", \
[30] = "No Respawn", \ [30] = "No Respawn", \
} }
rfs_inner parw = REFERENCE_RECORD; rfs_inner parw = REFERENCE_RECORD;
@@ -524,28 +524,28 @@ rfs_inner *const rfs[RT_HASH_SIZE] = {
// REFR flags depend on what its NAME field references // REFR flags depend on what its NAME field references
#define REFR_GROUP1 { \ #define REFR_GROUP1 { \
[9] = "Hidden From Local Map", \ [9] = "Hidden From Local Map", \
[10] = "Persistent", \ [10] = "Persistent", \
[11] = "Initially Disabled", \ [11] = "Initially Disabled", \
[13] = "Sky Marker", \ [13] = "Sky Marker", \
[15] = "Visible When Distant", \ [15] = "Visible When Distant", \
[16] = "Is Full LOD", \ [16] = "Is Full LOD", \
[26] = "Filter (Collision Geometry)", \ [26] = "Filter (Collision Geometry)", \
[27] = "Bounding Box (Collision Geometry)", \ [27] = "Bounding Box (Collision Geometry)", \
[28] = "Reflected By Auto Water", \ [28] = "Reflected By Auto Water", \
[29] = "Don't Havok Settle", \ [29] = "Don't Havok Settle", \
[30] = "No Respawn", \ [30] = "No Respawn", \
[31] = "Multibound", \ [31] = "Multibound", \
} }
rfs_inner refr_acti = REFR_GROUP1; rfs_inner r_acti = REFR_GROUP1;
rfs_inner refr_stat = REFR_GROUP1; rfs_inner r_stat = REFR_GROUP1;
rfs_inner refr_tree = REFR_GROUP1; rfs_inner r_tree = REFR_GROUP1;
rfs_inner refr_flor = REFR_GROUP1; rfs_inner r_flor = REFR_GROUP1;
#undef REFR_GROUP1 #undef REFR_GROUP1
rfs_inner refr_cont = { rfs_inner r_cont = {
[10] = "Persistent", [10] = "Persistent",
[11] = "Initially Disabled", [11] = "Initially Disabled",
[16] = "Is Full LOD", [16] = "Is Full LOD",
@@ -558,7 +558,7 @@ rfs_inner refr_cont = {
[31] = "Multibound", [31] = "Multibound",
}; };
rfs_inner refr_door = { rfs_inner r_door = {
[6] = "Hidden From Local Map", [6] = "Hidden From Local Map",
[8] = "Inaccessible", [8] = "Inaccessible",
[10] = "Persistent", [10] = "Persistent",
@@ -572,7 +572,7 @@ rfs_inner refr_door = {
[31] = "Multibound", [31] = "Multibound",
}; };
rfs_inner refr_ligh = { rfs_inner r_ligh = {
[8] = "Doesn't Light Water", [8] = "Doesn't Light Water",
[9] = "Casts Shadows", [9] = "Casts Shadows",
[10] = "Persistent", [10] = "Persistent",
@@ -586,7 +586,7 @@ rfs_inner refr_ligh = {
[31] = "Multibound", [31] = "Multibound",
}; };
rfs_inner refr_mstt = { rfs_inner r_mstt = {
[9] = "Motion Blur", [9] = "Motion Blur",
[10] = "Persistent", [10] = "Persistent",
[11] = "Initially Disabled", [11] = "Initially Disabled",
@@ -599,7 +599,7 @@ rfs_inner refr_mstt = {
[31] = "Multibound", [31] = "Multibound",
}; };
rfs_inner refr_addn = { rfs_inner r_addn = {
[10] = "Persistent", [10] = "Persistent",
[11] = "Initially Disabled", [11] = "Initially Disabled",
[16] = "Is Full LOD", [16] = "Is Full LOD",
@@ -610,69 +610,69 @@ rfs_inner refr_addn = {
}; };
#define REFR_GROUP2 { \ #define REFR_GROUP2 { \
[10] = "Persistent", \ [10] = "Persistent", \
[11] = "Initially Disabled", \ [11] = "Initially Disabled", \
[16] = "Is Full LOD", \ [16] = "Is Full LOD", \
[25] = "No AI Acquire", \ [25] = "No AI Acquire", \
[28] = "Reflected By Auto Water", \ [28] = "Reflected By Auto Water", \
[29] = "Don't Havok Settle", \ [29] = "Don't Havok Settle", \
[30] = "No Respawn", \ [30] = "No Respawn", \
[31] = "Multibound", \ [31] = "Multibound", \
} }
rfs_inner refr_alch = REFR_GROUP2; rfs_inner r_alch = REFR_GROUP2;
rfs_inner refr_scrl = REFR_GROUP2; rfs_inner r_scrl = REFR_GROUP2;
rfs_inner refr_ammo = REFR_GROUP2; rfs_inner r_ammo = REFR_GROUP2;
rfs_inner refr_armo = REFR_GROUP2; rfs_inner r_armo = REFR_GROUP2;
rfs_inner refr_ingr = REFR_GROUP2; rfs_inner r_ingr = REFR_GROUP2;
rfs_inner refr_keym = REFR_GROUP2; rfs_inner r_keym = REFR_GROUP2;
rfs_inner refr_misc = REFR_GROUP2; rfs_inner r_misc = REFR_GROUP2;
rfs_inner refr_slgm = REFR_GROUP2; rfs_inner r_slgm = REFR_GROUP2;
rfs_inner refr_weap = REFR_GROUP2; rfs_inner r_weap = REFR_GROUP2;
rfs_inner *const rfs_refr[RT_HASH_SIZE] = { rfs_inner *const rfs_r[RT_HASH_SIZE] = {
[RT_AACT] = CP(NULL ),[RT_ACHR] = CP(NULL ),[RT_ACTI] = CP(refr_acti), [RT_AACT] = CP(NULL ),[RT_ACHR] = CP(NULL ),[RT_ACTI] = CP(r_acti),
[RT_ADDN] = CP(refr_addn),[RT_ALCH] = CP(refr_alch),[RT_AMMO] = CP(refr_ammo), [RT_ADDN] = CP(r_addn),[RT_ALCH] = CP(r_alch),[RT_AMMO] = CP(r_ammo),
[RT_ANIO] = CP(NULL ),[RT_APPA] = CP(NULL ),[RT_ARMA] = CP(NULL ), [RT_ANIO] = CP(NULL ),[RT_APPA] = CP(NULL ),[RT_ARMA] = CP(NULL ),
[RT_ARMO] = CP(refr_armo),[RT_ARTO] = CP(NULL ),[RT_ASPC] = CP(NULL ), [RT_ARMO] = CP(r_armo),[RT_ARTO] = CP(NULL ),[RT_ASPC] = CP(NULL ),
[RT_ASTP] = CP(NULL ),[RT_AVIF] = CP(NULL ),[RT_BOOK] = CP(NULL ), [RT_ASTP] = CP(NULL ),[RT_AVIF] = CP(NULL ),[RT_BOOK] = CP(NULL ),
[RT_BPTD] = CP(NULL ),[RT_CAMS] = CP(NULL ),[RT_CELL] = CP(NULL ), [RT_BPTD] = CP(NULL ),[RT_CAMS] = CP(NULL ),[RT_CELL] = CP(NULL ),
[RT_CLAS] = CP(NULL ),[RT_CLDC] = CP(NULL ),[RT_CLFM] = CP(NULL ), [RT_CLAS] = CP(NULL ),[RT_CLDC] = CP(NULL ),[RT_CLFM] = CP(NULL ),
[RT_CLMT] = CP(NULL ),[RT_COBJ] = CP(NULL ),[RT_COLL] = CP(NULL ), [RT_CLMT] = CP(NULL ),[RT_COBJ] = CP(NULL ),[RT_COLL] = CP(NULL ),
[RT_CONT] = CP(refr_cont),[RT_CPTH] = CP(NULL ),[RT_CSTY] = CP(NULL ), [RT_CONT] = CP(r_cont),[RT_CPTH] = CP(NULL ),[RT_CSTY] = CP(NULL ),
[RT_DEBR] = CP(NULL ),[RT_DIAL] = CP(NULL ),[RT_DLBR] = CP(NULL ), [RT_DEBR] = CP(NULL ),[RT_DIAL] = CP(NULL ),[RT_DLBR] = CP(NULL ),
[RT_DLVW] = CP(NULL ),[RT_DOBJ] = CP(NULL ),[RT_DOOR] = CP(refr_door), [RT_DLVW] = CP(NULL ),[RT_DOBJ] = CP(NULL ),[RT_DOOR] = CP(r_door),
[RT_DUAL] = CP(NULL ),[RT_ECZN] = CP(NULL ),[RT_EFSH] = CP(NULL ), [RT_DUAL] = CP(NULL ),[RT_ECZN] = CP(NULL ),[RT_EFSH] = CP(NULL ),
[RT_ENCH] = CP(NULL ),[RT_EQUP] = CP(NULL ),[RT_EXPL] = CP(NULL ), [RT_ENCH] = CP(NULL ),[RT_EQUP] = CP(NULL ),[RT_EXPL] = CP(NULL ),
[RT_EYES] = CP(NULL ),[RT_FACT] = CP(NULL ),[RT_FLOR] = CP(refr_flor), [RT_EYES] = CP(NULL ),[RT_FACT] = CP(NULL ),[RT_FLOR] = CP(r_flor),
[RT_FLST] = CP(NULL ),[RT_FSTP] = CP(NULL ),[RT_FSTS] = CP(NULL ), [RT_FLST] = CP(NULL ),[RT_FSTP] = CP(NULL ),[RT_FSTS] = CP(NULL ),
[RT_FURN] = CP(NULL ),[RT_GLOB] = CP(NULL ),[RT_GMST] = CP(NULL ), [RT_FURN] = CP(NULL ),[RT_GLOB] = CP(NULL ),[RT_GMST] = CP(NULL ),
[RT_GRAS] = CP(NULL ),[RT_GRUP] = CP(NULL ),[RT_HAIR] = CP(NULL ), [RT_GRAS] = CP(NULL ),[RT_GRUP] = CP(NULL ),[RT_HAIR] = CP(NULL ),
[RT_HAZD] = CP(NULL ),[RT_HDPT] = CP(NULL ),[RT_IDLE] = CP(NULL ), [RT_HAZD] = CP(NULL ),[RT_HDPT] = CP(NULL ),[RT_IDLE] = CP(NULL ),
[RT_IDLM] = CP(NULL ),[RT_IMAD] = CP(NULL ),[RT_IMGS] = CP(NULL ), [RT_IDLM] = CP(NULL ),[RT_IMAD] = CP(NULL ),[RT_IMGS] = CP(NULL ),
[RT_INFO] = CP(NULL ),[RT_INGR] = CP(refr_ingr),[RT_IPCT] = CP(NULL ), [RT_INFO] = CP(NULL ),[RT_INGR] = CP(r_ingr),[RT_IPCT] = CP(NULL ),
[RT_IPDS] = CP(NULL ),[RT_KEYM] = CP(refr_keym),[RT_KYWD] = CP(NULL ), [RT_IPDS] = CP(NULL ),[RT_KEYM] = CP(r_keym),[RT_KYWD] = CP(NULL ),
[RT_LAND] = CP(NULL ),[RT_LCRT] = CP(NULL ),[RT_LCTN] = CP(NULL ), [RT_LAND] = CP(NULL ),[RT_LCRT] = CP(NULL ),[RT_LCTN] = CP(NULL ),
[RT_LGTM] = CP(NULL ),[RT_LIGH] = CP(refr_ligh),[RT_LSCR] = CP(NULL ), [RT_LGTM] = CP(NULL ),[RT_LIGH] = CP(r_ligh),[RT_LSCR] = CP(NULL ),
[RT_LTEX] = CP(NULL ),[RT_LVLI] = CP(NULL ),[RT_LVLN] = CP(NULL ), [RT_LTEX] = CP(NULL ),[RT_LVLI] = CP(NULL ),[RT_LVLN] = CP(NULL ),
[RT_LVSP] = CP(NULL ),[RT_MATO] = CP(NULL ),[RT_MATT] = CP(NULL ), [RT_LVSP] = CP(NULL ),[RT_MATO] = CP(NULL ),[RT_MATT] = CP(NULL ),
[RT_MESG] = CP(NULL ),[RT_MGEF] = CP(NULL ),[RT_MISC] = CP(refr_misc), [RT_MESG] = CP(NULL ),[RT_MGEF] = CP(NULL ),[RT_MISC] = CP(r_misc),
[RT_MOVT] = CP(NULL ),[RT_MSTT] = CP(refr_mstt),[RT_MUSC] = CP(NULL ), [RT_MOVT] = CP(NULL ),[RT_MSTT] = CP(r_mstt),[RT_MUSC] = CP(NULL ),
[RT_MUST] = CP(NULL ),[RT_NAVI] = CP(NULL ),[RT_NAVM] = CP(NULL ), [RT_MUST] = CP(NULL ),[RT_NAVI] = CP(NULL ),[RT_NAVM] = CP(NULL ),
[RT_NOTE] = CP(NULL ),[RT_NPC_] = CP(NULL ),[RT_OTFT] = CP(NULL ), [RT_NOTE] = CP(NULL ),[RT_NPC_] = CP(NULL ),[RT_OTFT] = CP(NULL ),
[RT_PACK] = CP(NULL ),[RT_PERK] = CP(NULL ),[RT_PGRE] = CP(NULL ), [RT_PACK] = CP(NULL ),[RT_PERK] = CP(NULL ),[RT_PGRE] = CP(NULL ),
[RT_PHZD] = CP(NULL ),[RT_PROJ] = CP(NULL ),[RT_PWAT] = CP(NULL ), [RT_PHZD] = CP(NULL ),[RT_PROJ] = CP(NULL ),[RT_PWAT] = CP(NULL ),
[RT_QUST] = CP(NULL ),[RT_RACE] = CP(NULL ),[RT_REFR] = CP(NULL ), [RT_QUST] = CP(NULL ),[RT_RACE] = CP(NULL ),[RT_REFR] = CP(NULL ),
[RT_REGN] = CP(NULL ),[RT_RELA] = CP(NULL ),[RT_REVB] = CP(NULL ), [RT_REGN] = CP(NULL ),[RT_RELA] = CP(NULL ),[RT_REVB] = CP(NULL ),
[RT_RFCT] = CP(NULL ),[RT_RGDL] = CP(NULL ),[RT_SCEN] = CP(NULL ), [RT_RFCT] = CP(NULL ),[RT_RGDL] = CP(NULL ),[RT_SCEN] = CP(NULL ),
[RT_SCOL] = CP(NULL ),[RT_SCPT] = CP(NULL ),[RT_SCRL] = CP(refr_scrl), [RT_SCOL] = CP(NULL ),[RT_SCPT] = CP(NULL ),[RT_SCRL] = CP(r_scrl),
[RT_SHOU] = CP(NULL ),[RT_SLGM] = CP(refr_slgm),[RT_SMBN] = CP(NULL ), [RT_SHOU] = CP(NULL ),[RT_SLGM] = CP(r_slgm),[RT_SMBN] = CP(NULL ),
[RT_SMEN] = CP(NULL ),[RT_SMQN] = CP(NULL ),[RT_SNCT] = CP(NULL ), [RT_SMEN] = CP(NULL ),[RT_SMQN] = CP(NULL ),[RT_SNCT] = CP(NULL ),
[RT_SNDR] = CP(NULL ),[RT_SOPM] = CP(NULL ),[RT_SOUN] = CP(NULL ), [RT_SNDR] = CP(NULL ),[RT_SOPM] = CP(NULL ),[RT_SOUN] = CP(NULL ),
[RT_SPEL] = CP(NULL ),[RT_SPGD] = CP(NULL ),[RT_STAT] = CP(refr_stat), [RT_SPEL] = CP(NULL ),[RT_SPGD] = CP(NULL ),[RT_STAT] = CP(r_stat),
[RT_TACT] = CP(NULL ),[RT_TES4] = CP(NULL ),[RT_TREE] = CP(refr_tree), [RT_TACT] = CP(NULL ),[RT_TES4] = CP(NULL ),[RT_TREE] = CP(r_tree),
[RT_TXST] = CP(NULL ),[RT_VTYP] = CP(NULL ),[RT_WATR] = CP(NULL ), [RT_TXST] = CP(NULL ),[RT_VTYP] = CP(NULL ),[RT_WATR] = CP(NULL ),
[RT_WEAP] = CP(refr_weap),[RT_WOOP] = CP(NULL ),[RT_WRLD] = CP(NULL ), [RT_WEAP] = CP(r_weap),[RT_WOOP] = CP(NULL ),[RT_WRLD] = CP(NULL ),
[RT_WTHR] = CP(NULL ), [RT_WTHR] = CP(NULL ),
}; };

25
espReader/Reader.c
View File

@@ -63,7 +63,7 @@ void asserts(void) {
// binary overlay size checks // binary overlay size checks
assert(sizeof(Record) == 24); // Record struct incorrect size assert(sizeof(Record) == 24); // Record struct incorrect size
assert(sizeof(Group) == 24); // Group struct incorrect size assert(sizeof(Group) == 24); // Group struct incorrect size
assert(sizeof((Group) { 0 }.label) == 4); // Label union in group struct incorrect size assert(sizeof((Group) { 0 }.label) == 4); // Label union incorrect size
assert(sizeof(Field) == 6); // Field struct incorrect size assert(sizeof(Field) == 6); // Field struct incorrect size
// zlib compatability // zlib compatability
@@ -112,7 +112,8 @@ size_t espr_decompressed_size(char *data, size_t size) {
return dc_size; return dc_size;
} }
// Adds the size of every node up, reading decompressed size from compressed records. // Adds the size of every node up, reading decompressed size from compressed
// records.
void dc_size_cb(Node n, void *data, void **carry_out) { void dc_size_cb(Node n, void *data, void **carry_out) {
(void)carry_out; (void)carry_out;
size_t *dc_size = data; size_t *dc_size = data;
@@ -162,7 +163,8 @@ struct decom {
void espr_decompress(char *data, size_t size, char *buf, size_t buf_size) { void espr_decompress(char *data, size_t size, char *buf, size_t buf_size) {
struct decom s = { .buf = buf, .remaining = buf_size }; struct decom s = { .buf = buf, .remaining = buf_size };
struct walker_callbacks cb = { .pre = decompress_pre, .post = decompress_post, .data = &s }; struct walker_callbacks cb =
{ .pre = decompress_pre, .post = decompress_post, .data = &s };
espr_walk(data, size, cb); espr_walk(data, size, cb);
} }
@@ -189,7 +191,12 @@ void decompress_pre(Node n, void *decom_ptr, void **carry_out) {
uint32_t to_copy = dc_size; uint32_t to_copy = dc_size;
uint32_t cur_size = n.header.record->size - sizeof(uint32_t); uint32_t cur_size = n.header.record->size - sizeof(uint32_t);
char *data_start = n.data + sizeof(uint32_t); char *data_start = n.data + sizeof(uint32_t);
int ret = uncompress((Bytef *)d->buf, (uLongf *)&to_copy, (Bytef *)data_start, (uLong)cur_size); int ret = uncompress(
(Bytef *)d->buf,
(uLongf *)&to_copy,
(Bytef *)data_start,
(uLong)cur_size
);
assert(ret == Z_OK); assert(ret == Z_OK);
assert(to_copy == dc_size); assert(to_copy == dc_size);
@@ -265,10 +272,11 @@ char *walk_concat(char *data, size_t size, struct walker_callbacks cb) {
return data; return data;
} }
/* Walk a group record. Group records are containers for any other type of record, /* Walk a group record. Group records are containers for any other type of
* including other group records. * record, including other group records.
* *
* This function will also call `cb` with the node constructed from this group record. * This function will also call `cb` with the node constructed from this group
* record.
*/ */
char *walk_group(char *data, struct walker_callbacks cb) { char *walk_group(char *data, struct walker_callbacks cb) {
Group *const header = (Group *const)data; Group *const header = (Group *const)data;
@@ -358,7 +366,8 @@ void print_group_label(Group *header) {
printf("%d", header->label.number); printf("%d", header->label.number);
case GT_EXTERIOR_CELL_BLOCK: case GT_EXTERIOR_CELL_BLOCK:
case GT_EXTERIOR_CELL_SUBBLOCK: case GT_EXTERIOR_CELL_SUBBLOCK:
printf("X: %d, Y: %d", header->label.coord[1], header->label.coord[0]); printf("X: %d, Y: %d",
header->label.coord[1], header->label.coord[0]);
case GT_WORLD_CHILDREN: case GT_WORLD_CHILDREN:
case GT_CELL_CHILDREN: case GT_CELL_CHILDREN:
case GT_TOPIC_CHILDREN: case GT_TOPIC_CHILDREN: