corto_string corto_buffer_str(corto_buffer *b) {
corto_string result = NULL;
if (b->elementCount) {
if (b->buf) {
result = corto_strdup(b->buf);
} else {
void *next = NULL;
corto_uint32 len = (b->elementCount - 1) * CORTO_BUFFER_ELEMENT_SIZE +
b->current->pos + 1;
corto_buffer_element *e = &b->firstElement;
result = corto_alloc(len);
corto_string ptr = result;
do {
memcpy(ptr, e->buf, e->pos);
ptr += e->pos;
next = e->next;
if (e != &b->firstElement) {
corto_dealloc(e);
}
} while ((e = next));
result[len - 1] = '\0';
}
} else {
result = NULL;
}
b->elementCount = 0;
return result;
}
corto_iter corto_llIterAlloc(corto_ll list) {
corto_iter result;
corto_llIter_s *udata = corto_alloc(sizeof(corto_llIter_s));
result = _corto_llIter(list, udata);
result.release = corto_llIterRelease;
return result;
}
/* Register a filetype */
int corto_load_register(corto_string ext, corto_loadAction handler, void* userData) {
struct corto_fileHandler* h;
/* Check if extension is already registered */
corto_mutexLock(&corto_adminLock);
if ((h = corto_lookupExt(ext))) {
if (h->load != handler) {
corto_error("corto_load_register: extension '%s' is already registered with another loader.", ext);
abort();
goto error;
}
} else {
h = corto_alloc(sizeof(struct corto_fileHandler));
h->ext = ext;
h->load = handler;
h->userData = userData;
if (!fileHandlers) {
fileHandlers = corto_ll_new();
}
corto_ll_append(fileHandlers, h);
}
corto_mutexUnlock(&corto_adminLock);
return 0;
error:
return -1;
}
corto_err corto_logv(corto_err kind, unsigned int level, char* fmt, va_list arg, FILE* f) {
char buff[CORTO_MAX_LOG + 1];
size_t n = 0;
corto_string alloc = NULL;
corto_string msg = buff;
va_list argcpy;
va_copy(argcpy, arg); /* Make copy of arglist in
* case vsnprintf needs to be called twice */
CORTO_UNUSED(level);
if ((n = (vsnprintf(buff, CORTO_MAX_LOG, fmt, arg) + 1)) > CORTO_MAX_LOG) {
alloc = corto_alloc(n + 2);
vsnprintf(alloc, n, fmt, argcpy);
msg = alloc;
}
n = strlen(msg);
strcat(msg, "\n");
n++;
if (f == stderr) {
fprintf(f, "%s%s%s", RED, msg, NORMAL);
} else {
fprintf(f, "%s", msg);
}
if (alloc) {
corto_dealloc(alloc);
}
return kind;
}
corto_fileMonitor* cortotool_monitorNew(char *file, char *lib) {
corto_fileMonitor *mon = corto_alloc(sizeof(corto_fileMonitor));
mon->file = corto_strdup(file);
mon->lib = lib ? corto_strdup(lib) : NULL;
mon->mtime = 0;
return mon;
}
static void CORTO_NAME_BINARYOP(string,add)(void* op1, void* op2, void* result) {
corto_uint32 len = strlen(*(corto_string*)op1) + strlen(*(corto_string*)op2);
if (*(corto_string*)result) {
corto_dealloc(*(corto_string*)result);
}
*(corto_string*)result = corto_alloc(len + 1);
sprintf(*(corto_string*)result, "%s%s", *(corto_string*)op1, *(corto_string*)op2);
}
/* Add an extra element to the buffer */
static void corto_buffer_grow(corto_buffer *b) {
/* Allocate new element */
corto_buffer_element *e = corto_alloc(sizeof(corto_buffer_element));
b->current->next = e;
b->current = e;
e->pos = 0;
e->next = NULL;
b->elementCount ++;
}
/* Walk objects in correct dependency order. */
corto_depresolver corto_depresolverCreate(corto_depresolver_action onDeclare, corto_depresolver_action onDefine, void* userData) {
corto_depresolver result;
result = corto_alloc(sizeof(struct corto_depresolver_s));
result->items = corto_llNew();
result->toPrint = corto_llNew();
result->onDeclare = onDeclare;
result->onDefine = onDefine;
result->userData = userData;
return result;
}
static corto_errThreadData* corto_getThreadData(void){
corto_errThreadData* result;
if (!corto_errKey) {
corto_threadTlsKey(&corto_errKey, corto_lasterrorFree);
}
result = corto_threadTlsGet(corto_errKey);
if (!result) {
result = corto_alloc(sizeof(corto_errThreadData));
memset(result, 0, sizeof(corto_errThreadData));
corto_threadTlsSet(corto_errKey, result);
}
return result;
}
/* Create new item */
g_item g_itemNew(corto_object o, corto_depresolver data) {
g_item result;
result = corto_alloc(sizeof(struct g_item));
result->o = o;
result->declared = FALSE;
result->defined = FALSE;
result->declareCount = 0;
result->defineCount = 0;
result->onDeclared = NULL;
result->onDefined = NULL;
if (o == root_o) {
result->declared = TRUE;
result->defined = TRUE;
}
corto_llInsert(data->items, result);
return result;
}
/* Do metawalk on type */
int16_t _corto_metawalk(
corto_walk_opt* s,
corto_type type,
void* userData)
{
corto__object* o;
int16_t result;
/* Since we potentially overwrite some callbacks, make private copy */
corto_walk_opt private = *s;
ut_assert(type != NULL, "corto_metawalk called with NULL type");
/* Instantiate dummy-object */
o = corto_alloc(sizeof(corto__object) + type->size);
memset(o, 0, sizeof(corto__object) + type->size);
o->type = corto_type(type);
o->refcount = 1;
#ifndef NDEBUG
o->magic = CORTO_MAGIC;
#endif
private.visitAllCases = TRUE;
/* Add indexInfo to indextable for each primitive */
static corto_int16 corto_string_deserBuildIndexPrimitive(corto_walk_opt* s, corto_value* v, void* userData) {
corto_string_deser_t* data;
struct corto_string_deserIndexInfo *newInfo;
corto_member m;
CORTO_UNUSED(s);
data = userData;
/* Lookup member */
m = v->is.member.t;
/* Create new info-object */
newInfo = corto_alloc(sizeof(struct corto_string_deserIndexInfo));
newInfo->m = m;
newInfo->type = m->type;
newInfo->parsed = FALSE;
/* Insert indexInfo into index */
corto_string_deserIndexInsert(data, newInfo);
return 0;
}
/* Parse scope */
static corto_string corto_string_deserParseScope(corto_string str, struct corto_string_deserIndexInfo* info, corto_string_deser_t* data) {
struct corto_string_deserIndexInfo rootInfo;
corto_typeKind kind;
void *ptr = data->ptr;
if (data->allocValue) {
ptr = data->allocValue(ptr, data);
}
/* Prepare privateData */
corto_string_deser_t privateData = {
.out = data->out,
.scope = data->scope,
.anonymousObjects = data->anonymousObjects,
.type = data->type,
.isObject = data->isObject,
.members = {0, NULL}
};
/* Offset the scope-members with the current offset */
if (info && info->m) {
ptr = corto_getMemberPtr(data->isObject ? data->out : NULL, ptr, info->m);
}
privateData.ptr = ptr;
/* Open scope of type */
if (!info) {
if (!data->type) {
rootInfo.type = corto_typeof(data->out);
} else {
rootInfo.type = data->type;
}
rootInfo.m = NULL;
rootInfo.parsed = FALSE;
info = &rootInfo;
}
/* Check if type is any, composite or collection */
kind = info->type->kind;
if ((kind != CORTO_COMPOSITE) && (kind != CORTO_COLLECTION) && (kind != CORTO_ANY)) {
corto_seterr("'{' unexpected for type '%s'",
corto_fullpath(NULL, info->type));
goto error;
}
/* Build index for type */
if (info->type->kind == CORTO_COMPOSITE) {
if (corto_interface(info->type)->kind == CORTO_UNION) {
/* Parse discriminator */
struct corto_string_deserIndexInfo dInfo;
dInfo.type = (corto_type)corto_int32_o;
dInfo.parsed = FALSE;
dInfo.m = NULL;
str = corto_string_deserParse(str + 1, &dInfo, &privateData);
if (!str) {
goto error;
}
/* Find corresponding union case */
corto_int32 d = *(corto_int32*)ptr;
corto_member m = safe_corto_union_findCase(info->type, d);
if (!m) {
corto_seterr("discriminator '%d' invalid for union '%s'",
d, corto_fullpath(NULL, info->type));
goto error;
}
/* Build index for one member */
struct corto_string_deserIndexInfo *caseInfo =
corto_alloc(sizeof(struct corto_string_deserIndexInfo));
caseInfo->type = m->type;
caseInfo->parsed = FALSE;
caseInfo->m = m;
corto_string_deserIndexInsert(&privateData, caseInfo);
} else {
corto_walk_opt s = corto_string_deserBuildIndex();
s.members = data->members;
if (s.members.length) {
s.access = 0;
}
if (corto_metawalk(&s, info->type, &privateData)) {
goto error;
}
}
/* Create iterator for index */
if (privateData.index) {
privateData.currentIter = _corto_ll_iter(privateData.index, &privateData.iterData);
}
/* If type is a collection, build index with one node for element */
} else if (info->type->kind == CORTO_COLLECTION) {
struct corto_string_deserIndexInfo *elementNode;
elementNode = corto_alloc(sizeof(struct corto_string_deserIndexInfo));
elementNode->m = NULL;
elementNode->parsed = FALSE;
elementNode->type = corto_collection(info->type)->elementType;
corto_string_deserIndexInsert(&privateData, elementNode);
/* Create iterator for index */
privateData.currentIter = _corto_ll_iter(privateData.index, &privateData.iterData);
privateData.allocValue = corto_string_deserAllocElem;
privateData.allocUdata = info->type;
if (ptr) {
switch(corto_collection(info->type)->kind) {
case CORTO_ARRAY:
case CORTO_SEQUENCE:
break;
case CORTO_LIST:
if (!*(corto_ll*)ptr) {
*(corto_ll*)ptr = corto_ll_new();
} else {
corto_ll_clear(*(corto_ll*)ptr);
}
privateData.ptr = ptr;
break;
default:
break;
}
}
} else if (info->type->kind == CORTO_ANY) {
struct corto_string_deserIndexInfo *anyNode;
anyNode = corto_alloc(sizeof(struct corto_string_deserIndexInfo));
anyNode->m = NULL;
anyNode->parsed = FALSE;
anyNode->type = corto_type(corto_type_o);
corto_string_deserIndexInsert(&privateData, anyNode);
privateData.currentIter = _corto_ll_iter(privateData.index, &privateData.iterData);
privateData.allocValue = corto_string_deserAllocAny;
privateData.allocUdata = anyNode;
}
/* Parse scope */
if (!(str = corto_string_deserParse(str+1, info, &privateData))) {
goto error;
}
corto_string_deserFreeIndex(&privateData);
data->anonymousObjects = privateData.anonymousObjects;
return str;
error:
return NULL;
}
/* Get pointer to current destination value */
corto_int16 corto_string_getDestinationPtr(
struct corto_string_deserIndexInfo* info,
corto_string_deser_t* data,
void **ptr_out)
{
void *result = data->ptr;
*ptr_out = NULL;
if (!info) {
corto_seterr("excess elements in string");
goto error;
}
if (data->allocValue) {
result = data->allocValue(result, data);
}
if (info->m) {
result = corto_getMemberPtr(data->isObject ? data->out : NULL, data->ptr, info->m);
}
*ptr_out = result;
return 0;
error:
return -1;
}
* web_SockJsServer_Connection.c
*
* Only code written between the begin and end tags will be preserved
* when the file is regenerated.
*/
#include "web.h"
/* $header() */
#include "mongoose.h"
/* $end */
corto_void _web_SockJsServer_Connection_send(web_SockJsServer_Connection this, corto_string msg) {
/* $begin(::corto::web::SockJsServer::Connection::send) */
int escapedLength;
corto_string sockJsMsg;
/* Escape & pack message in SockJS header */
escapedLength = stresc(NULL, 0, msg);
sockJsMsg = corto_alloc(escapedLength + strlen("a[\"\"]") + 1);
sprintf(sockJsMsg, "a[\"%*s\"]", escapedLength, " ");
stresc(sockJsMsg + 3, escapedLength, msg);
if (this->conn) {
mg_websocket_printf((struct mg_connection *)this->conn, WEBSOCKET_OPCODE_TEXT, sockJsMsg);
}
corto_dealloc(sockJsMsg);
/* $end */
}
/* Find existing parts in the code that must not be overwritten. */
static corto_ll cdiff_parseLegacy(char *code) {
char *ptr = NULL;
corto_ll result = corto_ll_new();
ptr = code;
while((ptr = strchr(ptr, '$'))) {
cdiff_elemKind kind = CDIFF_TEXT;
if (!memcmp(ptr, "$begin", 6)) {
ptr += 6;
kind = CDIFF_FUNCTION_LEGACY;
} else if (!memcmp(ptr, "$header", 7)) {
ptr += 7;
} else {
ptr ++;
continue;
}
/* Find begin of identifier */
if (*ptr == '(') {
char *endptr;
/* Find end of identifier */
endptr = strstr(ptr, ") */");
if (endptr) {
corto_id identifier;
/* Copy identifier string */
*endptr = '\0';
endptr += 3;
if (strlen(ptr) >= sizeof(corto_id)) {
corto_seterr(
"%s: identifier of code-snippet exceeds %d characters", sizeof(corto_id));
goto error;
}
strcpy(identifier, ptr + 1);
ptr = endptr + 1;
/* Find $end */
endptr = strstr(ptr, "$end");
endptr -= 3; /* include comment begin token */
if (endptr) {
cdiff_elem* el;
corto_string src;
if (kind != CDIFF_TEXT) {
endptr[0] = '}';
endptr[1] = '\n';
endptr[2] = '\0';
endptr += 3;
} else {
endptr[0] = '\n';
endptr[1] = '\0';
endptr += 2;
}
src = corto_strdup(ptr);
if(strstr(src, "$begin")) {
corto_seterr("code-snippet '%s' contains nested $begin (did you forget an $end?)",
identifier);
corto_dealloc(src);
goto error;
}
el = corto_alloc(sizeof(cdiff_elem));
el->kind = kind;
el->id = corto_strdup(identifier);
el->header = NULL;
el->body = src;
corto_ll_append(result, el);
ptr = endptr + 1;
} else {
corto_warning("generator: missing $end after $begin(%s)", identifier);
}
} else {
corto_warning("generator: missing ')' after $begin/$header");
}
} else {
corto_warning("generator: missing '(' after $begin/$header");
}
}
return result;
error:
if (result) {
corto_ll_free(result);
}
printf("error!\n");
return NULL;
}
/* Parse value */
static corto_int16 corto_string_deserParseValue(
corto_string value,
struct corto_string_deserIndexInfo* info,
corto_string_deser_t* data)
{
void *offset;
if (corto_string_getDestinationPtr(info, data, &offset)) {
corto_seterr("%s: %s", value, corto_lasterr());
goto error;
}
/* No more elements where available in the index, meaning an excess element */
if (!info) {
corto_seterr("excess elements in scope @ '%s'", value);
goto error;
}
/* Can typically occur when mixing short with default notation. */
if (info->parsed) {
corto_seterr("member '%s' is already parsed", corto_idof(info->m));
goto error;
}
/* Only parse references and primitives */
if (info->type->reference) {
corto_object o = NULL;
corto_uint32 index = 0;
/* Resolve object */
if (corto_string_deserParseAnonymousId(value, &index)) {
if (!index) {
if (data->isObject) {
o = data->out;
corto_claim(o);
} else {
corto_seterr("cannot refer to self (<0>), not deserializing an object");
goto error;
}
} else if (data->anonymousObjects && (index <= corto_ll_size(data->anonymousObjects))) {
o = corto_ll_get(data->anonymousObjects, index - 1);
corto_claim(o);
} else {
corto_seterr("undefined anonymous identifier '%s'", value);
goto error;
}
} else {
o = corto_resolve(data->scope, value);
}
if (o || !strcmp(value, "null")) {
if (offset) corto_ptr_setref(offset, o);
if (o) corto_release(o);
} else {
corto_seterr("unresolved reference to '%s' for member '%s'", value,
corto_fullpath(NULL, info->m));
goto error;
}
} else
/* Convert string to primitive value */
if (offset && (info->type->kind == CORTO_PRIMITIVE)) {
if (corto_primitive(info->type)->kind != CORTO_TEXT) {
if (corto_ptr_cast(corto_primitive(corto_string_o), &value, corto_primitive(info->type), offset)) {
goto error;
}
} else {
corto_uint32 length;
corto_string deserialized;
if (strcmp(value, "null")) {
length = strlen(value);
deserialized = corto_alloc(length+1);
memcpy(deserialized, value, length);
deserialized[length] = '\0';
} else {
deserialized = NULL;
}
corto_ptr_setstr(offset, deserialized);
}
}
/* Members are only parsed once */
if (info->m) {
info->parsed = TRUE;
}
return 0;
error:
return -1;
}
static int html_walkDocChilds(corto_object o, void *userData) {
htmlData_t *data = userData;
corto_string description = doc_getDescriptionFromDoc(o, data);
corto_string text = doc_getTextFromDoc(o, data);
corto_string niceName = doc_getNiceNameFromDoc(o, data);
corto_object *docs = corto_alloc(sizeof(corto_object) * corto_scopeSize(o));
corto_id index;
corto_object stack[CORTO_MAX_SCOPE_DEPTH];
corto_object ptr = o;
corto_int32 sp = data->level;
corto_id link;
corto_bool noIndex = FALSE;
corto_id upper;
strcpy(upper, niceName);
corto_strupper(upper);
if (niceName[0] == '#') {
noIndex = TRUE;
niceName ++;
}
corto_string parentId = corto_idof(corto_parentof(o));
if (parentId[0] == '#') parentId++;
strcpy(link, parentId);
strcat(link, "_");
if (corto_idof(o)[0] == '#') {
strcat(link, corto_idof(o) + 1);
} else {
strcat(link, corto_idof(o));
}
/* If level is 0, parse heading as title */
if (!data->level) {
data->title = niceName;
} else {
/* Add index number to header */
index[0] = '\0';
if ((sp > 1) && !noIndex) {
while (--sp) {
stack[sp - 1] = ptr;
ptr = corto_parentof(ptr);
}
for (; sp < data->level - 1; sp ++) {
char num[15]; sprintf(num, "%d", doc_getIndexFromDoc(stack[sp], data));
strcat(index, num);
strcat(index, ".");
}
if (data->level > 2) {
index[strlen(index) - 1] = '\0';
}
strcat(index, " ");
}
if (data->level == 1) {
corto_buffer_append(&data->content, "<a name=\"%s\"></a>\n<p class=\"section\">%s</p>\n",
link,
niceName);
} else {
corto_buffer_append(&data->content,
"<a name=\"%s\"></a>\n<h%d>%s%s</h%d>\n",
link,
data->level,
index,
niceName,
data->level);
}
if (data->level < 3) {
corto_buffer_append(&data->index,
"<li class=\"index-h%d\" onclick=\"window.location='#%s'\">%s</li>\n",
data->level,
link,
data->level == 1 ? upper : niceName);
}
corto_buffer_append(&data->content, "<div class=\"indent\">\n");
if (description && strlen(description)) {
if (data->level < 3) {
corto_buffer_append(&data->content, "<p class=\"description\">%s</p>\n", description);
} else {
corto_buffer_append(&data->content, "<p>%s</p>\n", description);
}
}
corto_string parsedText = doc_parse(text);
corto_buffer_append(&data->content, "%s\n", parsedText);
corto_dealloc(parsedText);
}
/* Collect documents in order */
corto_objectseq seq = corto_scopeClaim(o);
corto_objectseqForeach(seq, doc) {
docs[doc_getIndexFromDoc(doc, data) - 1] = doc;
}
corto_scopeRelease(seq);
/* Walk documents in order */
data->level ++;
int i; for (i = 0; i < corto_scopeSize(o); i ++) {
if (!html_walkDocChilds(docs[i], userData)) {
goto error;
}
}
data->level --;
corto_buffer_append(&data->content, "</div>\n");
corto_dealloc(docs);
return 1;
error:
return 0;
}
/* strdup is not a standard C function, so provide own implementation. */
char* corto_strdup(const char* str) {
char *result = corto_alloc(strlen(str) + 1);
strcpy(result, str);
return result;
}
/* $CORTO_GENERATED
*
* web_DDPServer_Session.c
*
* Only code written between the begin and end tags will be preserved
* when the file is regenerated.
*/
#include "web.h"
/* $header() */
corto_void web_DDPServer_Session_nosub(web_DDPServer_Session this, corto_string id) {
int msgLength = snprintf(NULL, 0, "{\"msg\":\"nosub\",\"id\":\"%s\"}", id);
corto_string msg = corto_alloc(msgLength + 1);
sprintf(msg, "{\"msg\":\"nosub\",\"id\":\"%s\"}", id);
web_SockJsServer_Connection_send(this->conn, msg);
corto_dealloc(msg);
}
/* $end */
corto_void _web_DDPServer_Session_connected(web_DDPServer_Session this) {
/* $begin(::corto::web::DDPServer::Session::connected) */
int msgLength = snprintf(NULL, 0, "{\"msg\":\"connected\",\"session\":\"%s\"}", corto_nameof(this));
corto_string msg = corto_alloc(msgLength + 1);
sprintf(msg, "{\"msg\":\"connected\",\"session\":\"%s\"}", corto_nameof(this));
web_SockJsServer_Connection_send(this->conn, msg);
corto_dealloc(msg);
/* $end */
}
corto_int16 _web_DDPServer_Session_construct(web_DDPServer_Session this) {
/* Append a format string to a buffer */
static corto_bool corto_buffer_appendIntern(
corto_buffer *b,
corto_string str,
void *data,
corto_uint32 ___ (*copy)(char *dst, char *str, corto_int32 len, void *data))
{
corto_bool result = TRUE;
if (!str) {
return result;
}
corto_buffer_init(b);
corto_int32 spaceLeftInElement = corto_buffer_spaceLeftInCurrentElement(b);
corto_int32 spaceLeft = corto_buffer_spaceLeft(b);
/* Compute the memory required to add the string to the buffer */
corto_int32 memRequired = copy(
corto_buffer_ptr(b),
str,
(b->max && (spaceLeft < spaceLeftInElement)) ? spaceLeft : spaceLeftInElement + 1,
data);
if (b->max && (spaceLeft < memRequired)) {
result = FALSE;
}
/* If the string required more memory than was available in the element,
* grow the buffer */
else if (memRequired >= spaceLeftInElement) {
/* If writing to a user-provided buffer, the max is reached and append
* should return false. Otherwise, the buffer needs to grow with extra
* elements. */
b->current->pos += spaceLeftInElement;
if (!b->buf) {
/* If the extra required memory doesn't exceed the elementsize, grow
* a new element, vsnprintf into the element and then memmove to
* truncate the part that was already added to the previous
* element */
if (memRequired < CORTO_BUFFER_ELEMENT_SIZE) {
corto_buffer_grow(b);
corto_int32 len = 0;
if (b->max && (spaceLeft < CORTO_BUFFER_ELEMENT_SIZE)) {
len = spaceLeft;
result = FALSE;
} else {
len = memRequired - spaceLeftInElement;
}
copy(corto_buffer_ptr(b), str, CORTO_BUFFER_ELEMENT_SIZE, data);
memmove(
corto_buffer_ptr(b),
corto_buffer_ptr(b) + spaceLeftInElement,
len);
b->current->pos = len;
/* If the extra memory required exceeds the elementSize, allocate a
* temporary string that will hold the full value, then distribute
* the results over the new elements */
} else {
corto_string dst = corto_alloc(memRequired + 1);
char *ptr = dst + spaceLeftInElement;
corto_int32 memLeft = memRequired - spaceLeftInElement;
/* Copy entire string to heap memory */
copy(dst, str, memRequired + 1, data);
/* Copy string to elements */
while (memLeft > 0) {
corto_buffer_grow(b);
if (memLeft > CORTO_BUFFER_ELEMENT_SIZE) {
corto_buffer_copy(b, ptr, CORTO_BUFFER_ELEMENT_SIZE);
ptr += CORTO_BUFFER_ELEMENT_SIZE;
memLeft -= CORTO_BUFFER_ELEMENT_SIZE;
} else {
corto_buffer_copy(b, ptr, memLeft);
memLeft = 0;
}
}
corto_dealloc(dst);
}
} else {
result = FALSE;
}
} else {
b->current->pos += memRequired;
}
return result;
}
