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No commits in common. "6538b038e7ff61e0ee8051a4a7dd11f3d4d408e4" and "3a38d8341b4aaba3c5a4107447ec56e6e414b754" have entirely different histories.

8 changed files with 12 additions and 294 deletions

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@ -31,8 +31,7 @@ function build_dependencies {
cd .build/depends/libRR/Core/
bash build.bash release
cp .build/librr-core.a "$REPOSITORY_FOLDER/.build/"
cp .build/librr-platform.a "$REPOSITORY_FOLDER/.build/"
cp .build/libRR-Core.a "$REPOSITORY_FOLDER/.build/"
cd "$REPOSITORY_FOLDER"
}
@ -60,7 +59,7 @@ function compile_module_c_sources {
echo $INCLUDE_STATEMENTS
MODULE_SOURCE_PATH="$REPOSITORY_FOLDER/$MODULE_NAME/src-c/"
MODULE_OBJECTS_FOLDER="$MAIN_OBJECTS_FOLDER/$MODULE_NAME/"
MODULE_OBJECTS_FOLDER="$REPOSITORY_FOLDER/$MAIN_OBJECTS_FOLDER/$MODULE_NAME/"
mkdir -p $MODULE_OBJECTS_FOLDER
# Loop through all files in the 'src-c'-folder and hand them over to GCC

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@ -1,76 +0,0 @@
#!/usr/bin/env bash
cd $(dirname "$(pwd)/$0")
REPOSITORY_FOLDER=$(pwd)
MAIN_OBJECTS_FOLDER="$REPOSITORY_FOLDER/.build/objects/"
DEFAULT_LINKAGE_PATHS="
$REPOSITORY_FOLDER/.build/maintree-core.a
$REPOSITORY_FOLDER/.build/librr-core.a
$REPOSITORY_FOLDER/.build/librr-platform.a
"
function get_include_path_configuration() {
TEST_PATH=$1
INCLUDE_CONFIG_PATH="$TEST_PATH/include_paths.txt"
INCLUDE_STATEMENTS="-I $TEST_PATH/inc-c/"
if [[ ! -f $INCLUDE_CONFIG_PATH ]]
then
return
fi
for LINE in $(cat $INCLUDE_CONFIG_PATH)
do
INCLUDE_STATEMENTS="$INCLUDE_STATEMENTS -I $REPOSITORY_FOLDER/$LINE"
done
}
function get_linkage_path_configuration() {
TEST_PATH=$1
LINKAGE_PATHS=$DEFAULT_LINKAGE_PATHS
if [[ -f "$TEST_PATH/linkage_paths.txt" ]]
then
for LINKAGE_ITEM in $(cat "$TEST_PATH/linkage_paths.txt")
do
LINKAGE_PATHS="$LINKAGE_PATHS $REPOSITORY_FOLDER/$LINKAGE_ITEM"
done
fi
}
function compile_single_test() {
TEST_PATH=$1
TEST_NAME=$(basename $TEST_PATH)
echo "Compiling Test: $TEST_NAME"
# TODO: As a small improvement, the tests could be able to have multiple sub-folders for sources.
get_include_path_configuration $TEST_PATH
get_linkage_path_configuration $TEST_PATH
gcc -o $TEST_PATH/$TEST_NAME.elf $TEST_PATH/*.c $LINKAGE_PATHS $INCLUDE_STATEMENTS
}
function compile_all_tests_of_module() {
MODULE_NAME=$1
echo "================================================================"
echo "COMPILING ALL TESTS OF MODULE: '$MODULE_NAME'."
echo " "
TEST_PATH_LIST_PATH="$REPOSITORY_FOLDER/$MODULE_NAME/build-config/tests.txt"
if [[ ! -f $TEST_PATH_LIST_PATH ]]
then
echo "Couldn't find list of tests for module '$MODULE_NAME'. Skipping."
return
fi
for RELATIVE_TEST_PATH in $(cat $TEST_PATH_LIST_PATH)
do
TEST_PATH=$REPOSITORY_FOLDER/$MODULE_NAME/$RELATIVE_TEST_PATH
compile_single_test $TEST_PATH
done
}
compile_all_tests_of_module core

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@ -1,2 +1,3 @@
core/exports/
.build/depends/libRR/Core/core/exports/
.build/depends/libRR/Core/platform/exports/

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@ -43,7 +43,7 @@ void mt_add_create_effector(MtType type, char *effector_name, mt_entity_effector
void mt_add_delete_effector(MtType type, char *effector_name, mt_entity_effector_fn function, void *userdata);
void mt_add_entity_tick_effector(MtType type, char *effector_name, usz_t ticks_delta, mt_entity_effector_fn function, void *userdata);
void mt_add_tick_effector(MtState state, char *effector_name, usz_t ticks_delta, mt_entity_effector_fn function, void *userdata);
void mt_remove_effector(MtState state, const char *effector_name);
void mt_task_remove_effector(MtState task, const char *effector_name);
/// @brief Adds a tick effector which only acts upon entitys with certain tags.
/// @param type The type for which to add the tick effector.
@ -61,15 +61,15 @@ void mt_tag_vec2(MtEntity entity, char *name, rr_vec2f_s vector);
void mt_tag_vec3(MtEntity entity, char *name, rr_vec2f_s vector);
void mt_tag_vec4(MtEntity entity, char *name, rr_vec4f_s vector);
void mt_untag(MtEntity entity, char *name);
i64_t mt_untag_i64(MtEntity entity, char *name);
f64_t mt_untag_f64(MtEntity entity, char *name);
char * mt_untag_str(MtEntity entity, char *name);
void * mt_untag_ptr(MtEntity entity, char *name);
rr_vec2f_s mt_untag_vec2(MtEntity entity, char *name);
rr_vec3f_s mt_untag_vec3(MtEntity entity, char *name);
rr_vec4f_s mt_untag_vec4(MtEntity entity, char *name);
i64_t mt_get_i64_tag(MtEntity entity, char *name);
f64_t mt_get_f64_tag(MtEntity entity, char *name);
char * mt_get_str_tag(MtEntity entity, char *name);
void * mt_get_ptr_tag(MtEntity entity, char *name);
rr_vec2f_s mt_get_vec2_tag(MtEntity entity, char *name);
rr_vec3f_s mt_get_vec3_tag(MtEntity entity, char *name);
rr_vec4f_s mt_get_vec4_tag(MtEntity entity, char *name);
MtTask mt_create_task(MtState state, MtTaskCreationInfo creation_info);
void mt_delete_task(MtTask task);

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@ -1,51 +0,0 @@
#ifndef MT_TAG_REGISTRY_H
#define MT_TAG_REGISTRY_H
#include <librr/types.h>
#include <librr/alloc/generic.h>
typedef struct MtTagRegistry MtTagRegistry;
typedef struct MtTagEntry MtTagEntry;
typedef struct MtTagCollection MtTagCollection;
/// @brief Contains an array of every tag's label/name with the identifier,
/// meant for resolving one to another. This also is a the head structure
/// of a label-to-identifier hash map for quickly inferring an identifier
/// from the tag's name.
struct MtTagRegistry
{
void *parent_state;
u32_t entries_capacity;
u32_t num_entries;
MtTagEntry *entries;
u32_t next_identifier;
u32_t num_collections;
MtTagCollection *collections;
};
struct MtTagEntry
{
u32_t identifier;
char *label;
};
struct MtTagCollection
{
u32_t capacity;
u32_t num_tags;
/// @brief An array of pointers into the tag-registry's 'entries'-array.
MtTagEntry **tags;
};
MtTagRegistry mt_create_tag_registry(void *parent_state);
void mt_delete_tag_registry(MtTagRegistry registry);
u32_t mt_get_tag_id(MtTagRegistry *registry, const char *tag_label);
const char * mt_get_tag_label(MtTagRegistry *registry, u32_t tag_identifier);
#endif // MT_TAG_REGISTRY_H

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@ -1,137 +0,0 @@
#include <tag_registry.h>
#include <librr/strutil.h>
#include <librr/memory.h>
#include <stdlib.h>
MtTagRegistry mt_create_tag_registry(void *parent_state)
{
MtTagRegistry registry;
registry.parent_state = parent_state;
registry.num_collections = 256;
registry.collections = calloc(sizeof(MtTagCollection), registry.num_collections);
registry.next_identifier = 1;
registry.entries_capacity = 512;
registry.num_entries = 0;
registry.entries = calloc(sizeof(MtTagEntry), registry.entries_capacity);
return registry;
}
void mt_delete_all_tag_registry_collections(MtTagRegistry registry)
{
usz_t index = 0;
while(index < registry.num_collections)
{
MtTagCollection collection = registry.collections[index];
if(collection.capacity == 0)
return;
free(collection.tags);
++index;
}
}
void mt_delete_all_tag_registry_entries(MtTagRegistry registry)
{
usz_t index = 0;
while(index < registry.num_entries)
{
MtTagEntry entry = registry.entries[index];
if(entry.label == NULL)
return;
free(entry.label);
++index;
}
free(registry.entries);
}
void mt_delete_tag_registry(MtTagRegistry registry)
{
mt_delete_all_tag_registry_collections(registry);
mt_delete_all_tag_registry_entries(registry);
}
u32_t mt_tag_label_to_hash(const char *tag_label, usz_t range)
{
usz_t len_tag_label = rr_measure_string(tag_label);
if(len_tag_label <= 4)
{
const u32_t *tag_label_32 = (const void *) tag_label;
return tag_label_32[0] % range;
}
if(len_tag_label <= 8)
{
u32_t hash = 0;
hash |= tag_label[0] << 24;
hash |= tag_label[1] << 16;
hash |= tag_label[len_tag_label-2] << 8;
hash |= tag_label[len_tag_label-1];
return hash % range;
}
u32_t hash = 0;
usz_t char_index = 0;
while(char_index < len_tag_label)
{
hash ^= tag_label[char_index] << (24 - ((char_index * 6) % 32));
++char_index;
}
return hash % range;
}
MtTagEntry * mt_create_tag_hash_entry(MtTagRegistry *registry, const char *tag_label)
{
u32_t collection_index = mt_tag_label_to_hash(tag_label, registry->num_collections);
MtTagCollection *collection = &registry->collections[collection_index];
if(collection->num_tags >= collection->capacity)
{
collection->capacity *= 2;
collection->tags = realloc(collection->tags, sizeof(MtTagEntry *) * collection->capacity);
}
MtTagEntry *entry = collection->tags[collection->num_tags];
++collection->num_tags;
usz_t len_tag_label = rr_measure_string(tag_label);
// TODO: There must be an arena allocator for this!
entry->label = malloc(len_tag_label + 1);
rr_memcopy(entry->label, tag_label, len_tag_label+1);
entry->identifier = registry->next_identifier;
++registry->next_identifier;
return entry;
}
u32_t mt_get_tag_id(MtTagRegistry *registry, const char *tag_label)
{
u32_t collection_index = mt_tag_label_to_hash(tag_label, registry->num_collections);
MtTagCollection collection = registry->collections[collection_index];
usz_t entry_index = 0;
while(entry_index < collection.num_tags)
{
MtTagEntry *entry = collection.tags[entry_index];
if(rr_strings_equal(entry->label, tag_label))
return entry->identifier;
++entry_index;
}
MtTagEntry *entry = mt_create_tag_hash_entry(registry, tag_label);
return entry->identifier;
}
const char * mt_get_tag_label(MtTagRegistry *registry, u32_t tag_identifier)
{
usz_t entry_index = 0;
while(entry_index < registry->num_entries)
{
MtTagEntry *entry = &registry->entries[entry_index];
if(entry->identifier == tag_identifier)
return entry->label;
++entry_index;
}
return NULL;
}

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@ -1,3 +0,0 @@
.build/depends/libRR/Core/core/exports/
.build/depends/libRR/Core/platform/exports/
core/inc-c/

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@ -1,15 +0,0 @@
#include <tag_registry.h>
#include <librr/types.h>
#include <stdio.h>
int main(int argc, char **argv)
{
MtTagRegistry tag_registry = mt_create_tag_registry(NULL);
u32_t some_tag = mt_get_tag_id(&tag_registry, "some_tag");
if(some_tag != mt_get_tag_id(&tag_registry, "some_tag"))
{
puts("Inconsistent returned tag identifiers.");
return -1;
}
return 0;
}