tm_define.c

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/**********************************************************
 * This file has been automatically created by "typemaker2"
 * from the file "tm_define.xml".
 * Please do not edit this file, all changes will be lost.
 * Better edit the mentioned source file instead.
 **********************************************************/

#ifdef HAVE_CONFIG_H
# include <config.h>
#endif

#include "tm_define_p.h"

#include <gwenhywfar/misc.h>
#include <gwenhywfar/debug.h>

/* code headers */

/* macro functions */
GWEN_LIST_FUNCTIONS(TYPEMAKER2_DEFINE, Typemaker2_Define)


int Typemaker2_Define_Mode_fromString(const char *p_s)
{
  if (p_s && *p_s) {
    if (strcasecmp(p_s, "sequence")==0)
      return Typemaker2_Define_Mode_Sequence;
    else if (strcasecmp(p_s, "bitField")==0)
      return Typemaker2_Define_Mode_BitField;
  }
  return Typemaker2_Define_Mode_Unknown;
}

const char *Typemaker2_Define_Mode_toString(int p_i)
{
  switch (p_i) {
  case Typemaker2_Define_Mode_Sequence:
    return "sequence";
  case Typemaker2_Define_Mode_BitField:
    return "bitField";
  default:
    return "unknown";
  }
}

TYPEMAKER2_DEFINE *Typemaker2_Define_new(void)
{
  TYPEMAKER2_DEFINE *p_struct;

  GWEN_NEW_OBJECT(TYPEMAKER2_DEFINE, p_struct)
  GWEN_LIST_INIT(TYPEMAKER2_DEFINE, p_struct)
  /* members */
  p_struct->id=NULL;
  p_struct->prefix=NULL;
  p_struct->type=NULL;
  p_struct->items=Typemaker2_Item_List_new();
  p_struct->mode=Typemaker2_Define_Mode_Unknown;
  p_struct->startValue=0;
  p_struct->lastValue=0;
  /* virtual functions */

  return p_struct;
}

void Typemaker2_Define_free(TYPEMAKER2_DEFINE *p_struct)
{
  if (p_struct) {
    GWEN_LIST_FINI(TYPEMAKER2_DEFINE, p_struct)
    /* members */
    free(p_struct->id);
    free(p_struct->prefix);
    free(p_struct->type);
    Typemaker2_Item_List_free(p_struct->items);
    GWEN_FREE_OBJECT(p_struct);
  }
}

TYPEMAKER2_DEFINE *Typemaker2_Define_dup(const TYPEMAKER2_DEFINE *p_src)
{
  TYPEMAKER2_DEFINE *p_struct;

  assert(p_src);
  p_struct=Typemaker2_Define_new();
  /* member "id" */
  if (p_struct->id) {
    free(p_struct->id);
    p_struct->id=NULL;
  }
  if (p_src->id) {
    p_struct->id=strdup(p_src->id);
  }

  /* member "prefix" */
  if (p_struct->prefix) {
    free(p_struct->prefix);
    p_struct->prefix=NULL;
  }
  if (p_src->prefix) {
    p_struct->prefix=strdup(p_src->prefix);
  }

  /* member "type" */
  if (p_struct->type) {
    free(p_struct->type);
    p_struct->type=NULL;
  }
  if (p_src->type) {
    p_struct->type=strdup(p_src->type);
  }

  /* member "items" */
  if (p_struct->items) {
    Typemaker2_Item_List_free(p_struct->items);
    p_struct->items=NULL;
  }
  if (p_src->items) {
    p_struct->items=Typemaker2_Item_List_dup(p_src->items);
  }

  /* member "mode" */
  p_struct->mode=p_src->mode;

  /* member "startValue" */
  p_struct->startValue=p_src->startValue;

  /* member "lastValue" */
  p_struct->lastValue=p_src->lastValue;

  return p_struct;
}

TYPEMAKER2_DEFINE *Typemaker2_Define_copy(TYPEMAKER2_DEFINE *p_struct, const TYPEMAKER2_DEFINE *p_src)
{
  assert(p_struct);
  assert(p_src);
  /* member "id" */
  if (p_struct->id) {
    free(p_struct->id);
    p_struct->id=NULL;
  }
  if (p_src->id) {
    p_struct->id=strdup(p_src->id);
  }

  /* member "prefix" */
  if (p_struct->prefix) {
    free(p_struct->prefix);
    p_struct->prefix=NULL;
  }
  if (p_src->prefix) {
    p_struct->prefix=strdup(p_src->prefix);
  }

  /* member "type" */
  if (p_struct->type) {
    free(p_struct->type);
    p_struct->type=NULL;
  }
  if (p_src->type) {
    p_struct->type=strdup(p_src->type);
  }

  /* member "items" */
  if (p_struct->items) {
    Typemaker2_Item_List_free(p_struct->items);
    p_struct->items=NULL;
  }
  if (p_src->items) {
    p_struct->items=Typemaker2_Item_List_dup(p_src->items);
  }

  /* member "mode" */
  p_struct->mode=p_src->mode;

  /* member "startValue" */
  p_struct->startValue=p_src->startValue;

  /* member "lastValue" */
  p_struct->lastValue=p_src->lastValue;

  return p_struct;
}

const char *Typemaker2_Define_GetId(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->id;
}

const char *Typemaker2_Define_GetPrefix(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->prefix;
}

const char *Typemaker2_Define_GetType(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->type;
}

TYPEMAKER2_ITEM_LIST *Typemaker2_Define_GetItems(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->items;
}

int Typemaker2_Define_GetMode(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->mode;
}

int Typemaker2_Define_GetStartValue(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->startValue;
}

int Typemaker2_Define_GetLastValue(const TYPEMAKER2_DEFINE *p_struct)
{
  assert(p_struct);
  return p_struct->lastValue;
}

void Typemaker2_Define_SetId(TYPEMAKER2_DEFINE *p_struct, const char *p_src)
{
  assert(p_struct);
  if (p_struct->id) {
    free(p_struct->id);
  }
  if (p_src) {
    p_struct->id=strdup(p_src);
  }
  else {
    p_struct->id=NULL;
  }
}

void Typemaker2_Define_SetPrefix(TYPEMAKER2_DEFINE *p_struct, const char *p_src)
{
  assert(p_struct);
  if (p_struct->prefix) {
    free(p_struct->prefix);
  }
  if (p_src) {
    p_struct->prefix=strdup(p_src);
  }
  else {
    p_struct->prefix=NULL;
  }
}

void Typemaker2_Define_SetType(TYPEMAKER2_DEFINE *p_struct, const char *p_src)
{
  assert(p_struct);
  if (p_struct->type) {
    free(p_struct->type);
  }
  if (p_src) {
    p_struct->type=strdup(p_src);
  }
  else {
    p_struct->type=NULL;
  }
}

void Typemaker2_Define_SetItems(TYPEMAKER2_DEFINE *p_struct, const TYPEMAKER2_ITEM_LIST *p_src)
{
  assert(p_struct);
  if (p_struct->items) {
    Typemaker2_Item_List_free(p_struct->items);
  }
  if (p_src) {
    p_struct->items=Typemaker2_Item_List_dup(p_src);
  }
  else {
    p_struct->items=Typemaker2_Item_List_new();
  }
}

void Typemaker2_Define_SetMode(TYPEMAKER2_DEFINE *p_struct, int p_src)
{
  assert(p_struct);
  p_struct->mode=p_src;
}

void Typemaker2_Define_SetStartValue(TYPEMAKER2_DEFINE *p_struct, int p_src)
{
  assert(p_struct);
  p_struct->startValue=p_src;
}

void Typemaker2_Define_SetLastValue(TYPEMAKER2_DEFINE *p_struct, int p_src)
{
  assert(p_struct);
  p_struct->lastValue=p_src;
}

TYPEMAKER2_DEFINE_LIST *Typemaker2_Define_List_dup(const TYPEMAKER2_DEFINE_LIST *p_src)
{
  TYPEMAKER2_DEFINE_LIST *p_dest;
  TYPEMAKER2_DEFINE *p_elem;

  assert(p_src);
  p_dest=Typemaker2_Define_List_new();
  p_elem=Typemaker2_Define_List_First(p_src);
  while (p_elem) {
    TYPEMAKER2_DEFINE *p_cpy;

    p_cpy=Typemaker2_Define_dup(p_elem);
    Typemaker2_Define_List_Add(p_cpy, p_dest);
    p_elem=Typemaker2_Define_List_Next(p_elem);
  }

  return p_dest;
}

void Typemaker2_Define_ReadXml(TYPEMAKER2_DEFINE *p_struct, GWEN_XMLNODE *p_db)
{
  assert(p_struct);
  /* member "id" */
  if (p_struct->id) {
    free(p_struct->id);
  }
  {
    const char *s;
    s=GWEN_XMLNode_GetProperty(p_db, "id", NULL);
    if (s)
      p_struct->id=strdup(s);
  }
  if (p_struct->id==NULL) {  /* member "id" is volatile, just presetting */
    p_struct->id=NULL;
  }

  /* member "prefix" */
  if (p_struct->prefix) {
    free(p_struct->prefix);
  }
  {
    const char *s;
    s=GWEN_XMLNode_GetProperty(p_db, "prefix", NULL);
    if (s)
      p_struct->prefix=strdup(s);
  }
  if (p_struct->prefix==NULL) {  /* member "prefix" is volatile, just presetting */
    p_struct->prefix=NULL;
  }

  /* member "type" */
  if (p_struct->type) {
    free(p_struct->type);
  }
  {
    const char *s;
    s=GWEN_XMLNode_GetProperty(p_db, "type", NULL);
    if (s)
      p_struct->type=strdup(s);
  }
  if (p_struct->type==NULL) {  /* member "type" is volatile, just presetting */
    p_struct->type=NULL;
  }

  /* member "items" */
  if (p_struct->items) {
    Typemaker2_Item_List_free(p_struct->items);
  }
  /* member "items" is volatile, just presetting */
  p_struct->items=Typemaker2_Item_List_new();

  /* member "mode" */
  {
    const char *s;
    s=GWEN_XMLNode_GetProperty(p_db, "mode", NULL);
    if (s)
      p_struct->mode=Typemaker2_Define_Mode_fromString(s);
    else
      p_struct->mode=Typemaker2_Define_Mode_Unknown;
  }

  /* member "startValue" */
  p_struct->startValue=GWEN_XMLNode_GetIntValue(p_db, "startValue", 0);

  /* member "lastValue" */
  /* member "lastValue" is volatile, just presetting */
  p_struct->lastValue=0;

}

void Typemaker2_Define_WriteXml(const TYPEMAKER2_DEFINE *p_struct, GWEN_XMLNODE *p_db)
{
  assert(p_struct);
  /* member "id" */
  GWEN_XMLNode_SetProperty(p_db, "id", p_struct->id);

  /* member "prefix" */
  GWEN_XMLNode_SetProperty(p_db, "prefix", p_struct->prefix);

  /* member "type" */
  GWEN_XMLNode_SetProperty(p_db, "type", p_struct->type);

  /* member "items" is volatile, not writing to xml */

  /* member "mode" */
  GWEN_XMLNode_SetProperty(p_db, "mode", Typemaker2_Define_Mode_toString(p_struct->mode));

  /* member "startValue" */
  GWEN_XMLNode_SetIntValue(p_db, "startValue", p_struct->startValue);

  /* member "lastValue" is volatile, not writing to xml */

}

void Typemaker2_Define_toXml(const TYPEMAKER2_DEFINE *p_struct, GWEN_XMLNODE *p_db)
{
  Typemaker2_Define_WriteXml(p_struct, p_db);
}

TYPEMAKER2_DEFINE *Typemaker2_Define_fromXml(GWEN_XMLNODE *p_db)
{
  TYPEMAKER2_DEFINE *p_struct;
  p_struct=Typemaker2_Define_new();
  Typemaker2_Define_ReadXml(p_struct, p_db);
  return p_struct;
}


/* code headers */