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

#include "fc_prehdrs.h"

#include <errno.h>
#include <stdarg.h>
#include <stdio.h>
#include <string.h>ENDREP
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SVN  ›!í„K‡	 G  ‡,H€‚ y‰€ŠS G €C ‚;‘)¤ D—@º ‚J”lº ƒ8™¦ ƒ§ S¬ Š1¡| …­­ D—@€‚N S¬’ D—@€' TÑ}« D—@€‚d '³S¬ D—@€‚~ *¶F¬ D—@€‚~ *¹;° D—@€„B S¬© D—@€x S¬ª D—@€| S¬ª D—@€C R­ ¢ D—@€e w¼t¥ D—@€y w¿{€i D—@€„ P¬€h D—@€„ S¬€. ƒvÀu€2 ƒ|Äm£ ‚oÈk€E D—@€‚M TÑ}€	 ‚mÒS€ D—@™ UÓ2€^ [Ñv€ D—@ UÓ2€b [Ñv€w D—@€‚F TÑ}ž D—@€‚M S¬~ž D—@€‚^ S¬~ž D—@€‚^ V¬~§ D—@€„  Y¬y  D—@€‚ T¬~¡ D—@€‚ Q¬~€ D—@€P Q¬~€~ D—@€P T¬~˜ D—@€H T¬~™ D—@€N T¬~™ D—@€r T¬~œ D—@€‚" T¬~ª D—@€p 6ö~€‚W T¬~€T D—@€h wŒ[ T¬~€Y D—@€‚l T¬~€a D—@€‚| T¬~€f D—@€„d T¬~€k D—@€ƒ S¬~  D—@€ƒ T¬~œ D—@€„Y T¬~™ D—@€ƒ*fc_config.h>
#endif

#include "fc_prehdrs.h"

#include <limits.h>
#include <math.h>
#include <stdint.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#ifdef FREECIV_HAVE_SYS_TYPES_H
#include <sys/types.h>
#endif
#ifdef HAVE_SYS_SOCKET_H
#include <sys/socket
/* utility */
#include "bitvector.h"
#include "capability.h"
#include "log.h"
#include "mem.h"
#include "support.h"

/* common */
#include "events.h"
#include "player.h"
#include "requirements.h"
#include "tech.h"
#include "worklist.h"

#include "dataio.h"

static bool get_conv(char *dst, size_t ndst, const char *src,
                     size_t nsrc);

static DIO_PUT_CONV_FUN put_conv_callback = NULL;
static DIO_GET_CONV_FUN get_conv_callback = get_conv;

/* Uncomment to make field range tests to asserts, fatal with -F */
/* #define FIELD_RANGE_ASSERT */

#if defined(FREECIV_TESTMATIC) && !defined(FIELD_RANGE_ASSERT)
#define FIELD_RANGE_ASSERT
#endif

#ifdef FIELD_RANGE_ASSERT
/* This evaluates _test_ twice. If that's a problem,
 * it should evaluate it just once and store result to variable.
 * That would lose verbosity of the assert message. */
#define FIELD_RANGE_TEST(_test_, _action_, _format_, ...) \
  fc_assert(!(_test_));                                   \
  if (_test_) {                                           \
    _action_                                              \
  }
#else
#define FIELD_RANGE_TEST(_test_, _action_, _format_, ...) \
  if (_test_) {                                           \
    _action_                                              \
    log_error(_format_, ## __VA_ARGS__);                  \
  }
#endif

****
  Sets string conversion callback to be used when putting text This is default get_conv_callback.
******/
static bool get_conv(char *dst, size_t ndst, const  Sets string conversion callback to use when getting textdout->current + size > dout->dest_sizereturn dio_input_remaining(din) >= size  Return the size of the data_type in bytes.
******/
size_t data_type_size(enum data_type type)
{
  switch (type) {
  case DIOT_UINT8:
  case DIOT_SINT8:
    return 1;
  case DIOT_UINT16:
  case DIOT_SINT16:
    return 2;
  case DIOT_UINT32:
  case DIOT_SINT32:
    return 4;
  case DIOT_LAST:
    break;
  }

  fc_assert_msg(FALSE, "data_type %d not handled.", type);
  return 0 Skips 'n' bytes.
******/
bool dio_input_skip(struct data_in *din, size_t size)
{
  if (enough_data(din, size)) {
    din->current += size;
    return TRUE;
  } else {
    return FALSE;  Insert value using 8 bits. May overflow.
******/
void dio_put_uint8(struct data_out *dout, int value)
{
  uint8_t x = value;
  FC_STATIC_ASSERT(sizeof(x) == 1, uint8_not_1_byte);

  FIELD_RANGE_TEST((int) x != value, ,
                   "Trying to put %d into 8 bits; "
                   "it will result %d at receiving side.",
                   value, (int) x);

  if (enough_space(dout, 1)) {  Insert value using 16 bits. May overflow.
******/
void dio_put_uint16(struct data_out *dout, int value)
{
  uint16_t x = htons(value);
  FC_STATIC_ASSERT(sizeof(x) == 2, uint16_not_2_bytes);

  FIELD_RANGE_TEST((int) ntohs(x) != value, ,
                   "Trying to put %d into 16 bits; "
                   "it will result %d at receiving side.",
                   value, (int) ntohs(x));

  if (enough_space(dout, 2)) {  Insert value using 32 bits. May overflow.
******/
void dio_put_uint32(struct data_out *dout, int value)
{
  uint32_t x = htonl(value);
  FC_STATIC_ASSERT(sizeof(x) == 4, uint32_not_4_bytes);

  FIELD_RANGE_TEST((int) ntohl(x) != value, ,
                   "Trying to put %d into 32 bits; "
                   "it will result %d at receiving side.",
                   value, (int) ntohl(x));

  if (enough_space(dout, 4)) {  Insert value using 'size' bits. May overflow.
******/
void dio_put_type(struct data_out *dout, enum data_type type, int value)
{
  switch (type) {
  case DIOT_UINT8:
    dio_put_uint8(dout, value);
    return;
  case DIOT_UINT16:
    dio_put_uint16(dout, value);
    return;
  case DIOT_UINT32:
    dio_put_uint32(dout, value);
    return;
  case DIOT_SINT8:
    dio_put_sint8(dout, value);
    return;
  case DIOT_SINT16:
    dio_put_sint16(dout, value);
    return;
  case DIOT_SINT32:
    dio_put_sint32(dout, value);
    return;
  case DIOT_LAST:
    break;
  }

  fc_assert_msg(FALSE, "data_type %d not handled.", type)Insert value using 8 bits. May overflow.
******/
void dio_put_sint8(struct data_out *dout, int value)
{
  dio_put_uint8(dout, 0 <= value ? value : value + 0x100)Insert value using 16 bits. May overflow.
******/
void dio_put_sint16(struct data_out *dout, int value)
{
  dio_put_uint16(dout, 0 <= value ? value : value + 0x10000)Insert value using 32 bits. May overflow.
******/
void dio_put_sint32(struct data_out *dout, int value)
{
#if SIZEOF_INT == 4
  dio_put_uint32(dout, value);
#else
  dio_put_uint32(dout, (0 <= value ? value : value + 0x100000000));
#endifInsert value 0 or 1 using 8 bits.
******/
void dio_put_bool8(struct data_out *dout, bool value)
{
  FIELD_RANGE_TEST(value != TRUE && value != FALSE,
                   value = (value != FALSE);,
                   "Trying to put a non-boolean: %d", (int) value);  Insert value 0 or 1 using 32 bits.
******/
void dio_put_bool32(struct data_out *dout, bool value)
{
  FIELD_RANGE_TEST(value != TRUE && value != FALSE,
                   value = (value != FALSE);,
                   "Trying to put a non-boolean: %d",
                   (int) value);**
  Insert a float number, which is multiplied by 'float_factor' before
  being encoded into an uint32.
********/
void dio_put_ufloat(struct data_out *dout, float value, int float_factor)
{
  uint32_t v = value * float_factor;

  FIELD_RANGE_TEST(fabsf((float) v / float_factor - value) > 1.1 / float_factor, ,
                   "Trying to put %f with factor %d in 32 bits; "
                   "it will result %f at receiving side, having error of %f units.",
                   value, float_factor, (float) v / float_factor,
                   fabsf((float) v / float_factor - value) * float_factor);

  dio_put_uint32(dout, v)**
  Insert a float number, which is multiplied by 'float_factor' before
  being encoded into a sint32.
********/
void dio_put_sfloat(struct data_out *dout, float value, int float_factor)
{
  int32_t v = value * float_factor;

  FIELD_RANGE_TEST(fabsf((float) v / float_factor - value) > 1.1 / float_factor, ,
                   "Trying to put %f with factor %d in 32 bits; "
                   "it will result %f at receiving side, having error of %f units.",
                   value, float_factor, (float) v / float_factor,
                   fabsf((float) v / float_factor - value) * float_factor);

  dio_put_sint32(dout, v)Insert number of values brefore stop_value using 8 bits. Then
  insert values using 8 bits for each. stop_value is not required to
  fit in 8 bits. Actual values may overflow  Insert number of values brefore stop_value using 8 bits. Then
  insert values using 16 bits for each. stop_value is not required to
  fit in 16 bits. Actual values may overflow  Insert block directly from memory  Insert NULL-terminated string. Conversion callback is used if set.
******/
void dio_put_string(struct data_out *dout, const char *value)
{
  if (put_conv_callback) {
    size_t length;
    char *buffer;

    if ((buffer = (*put_conv_callback) (value, &length))) {
      dio_put_memory(dout, buffer, length + 1);
      free(buffer);
    }
  } else {
    dio_put_memory(dout, value, strlen(value) + 1);  Insert tech numbers from value array as 8 bit values until there is value
  A_LAST or MAX_NUM_TECH_LIST tech numbers have been inserted  Insert unit type numbers from value array as 8 bit values until there is
  value U_LAST or MAX_NUM_UNIT_LIST numbers have been inserted.
******/
void dio_put_unitUNIT_LIST; i++) {
    dio_put_uint8(dout, value[i]);
    if (value[i] == U_LAST) {
      break  Insert building type numbers from value array as 8 bit values until there
  is value B_LAST or MAX_NUM_BUILDING_LIST numbers have been inserted.
******/
void dio_put_buildingBUILDING_LIST; i++) {
    dio_put_uint8(dout, value[i]);
    if (value[i] == B_LAST) {
      break  Insert number of worklist items as 8 bit value and then insert
  8 bit kind and 8 bit number for each worklist item.
******/
void dio_put_worklist(struct data_out *dout, const struct worklist *pwl)
{
  int i, length = worklist_length(pwl);

  dio_put_uint8(dout, length);
  for (i = 0; i < length; i++) {
    const struct universal *pcp = &(pwl->entries[i]);

    dio_put_uint8(dout, pcp->kind);
    dio_put_uint8(dout, universal_number(pcp)); Receive uint8 value to dest.
******/
bool dio_get_uint8(struct data_in *din, int *dest)
{
  uint8_t x;

  FC_STATIC_ASSERT(sizeof(x) == 1, uint8_not_byte);

  if (!enough_data(din, 1)) {
    log_packet("Packet too short to read 1 byte");

    return FALSE;
  }

  memcpy(&x, ADD_TO_POINTER(din->src, din->current), 1);
  *dest = x;
  din->current++;
  return TRUReceive uint16 value to dest.
******/
bool dio_get_uint16(struct data_in *din, int *dest)
{
  uint16_t x;

  FC_STATIC_ASSERT(sizeof(x) == 2, uint16_not_2_bytes);

  if (!enough_data(din, 2)) {
    log_packet("Packet too short to read 2 bytes");

    return FALSE;
  }

  memcpy(&x, ADD_TO_POINTER(din->src, din->current), 2);
  *dest = ntohs(x);
  din->current += 2;
  return TRUReceive uint32 value to dest.
******/
bool dio_get_uint32(struct data_in *din, int *dest)
{
  uint32_t x;

  FC_STATIC_ASSERT(sizeof(x) == 4, uint32_not_4_bytes);

  if (!enough_data(din, 4)) {
    log_packet("Packet too short to read 4 bytes");

    return FALSE;
  }

  memcpy(&x, ADD_TO_POINTER(din->src, din->current), 4);
  *dest = ntohl(x);
  din->current += 4;
  return TRUceive value using 'size' bits to dest.
******/
bool dio_get_type(struct data_in *din, enum data_type type, int *dest)
{
  switch (type) {
  case DIOT_UINT8:
    return dio_get_uint8(din, dest);
  case DIOT_UINT16:
    return dio_get_uint16(din, dest);
  case DIOT_UINT32:
    return dio_get_uint32(din, dest);
  case DIOT_SINT8:
    return dio_get_sint8(din, dest);
  case DIOT_SINT16:
    return dio_get_sint16(din, dest);
  case DIOT_SINT32:
    return dio_get_sint32(din, dest);
  case DIOT_LAST:
    break;
  }

  fc_assert_msg(FALSE, "data_type %d not handled.", type);
  returnTake boolean value from 8 bits.
******/
bool dio_get_bool8(struct data_in *din, bool *dest)
{
  int ival;

  if (!dio_get_uint8(din, &ival)) {
    return FALSE;
  }

  if (ival != 0 && ival != 1) {
    log_packet("Got a bad boolean: %d", ival);
    return FALSE;
  }

  *dest = (ival != 0);
  return TRUTake boolean value from 32 bits.
******/
bool dio_get_bool32(struct data_in *din, bool * dest)
{
  int ival;

  if (!dio_get_uint32(din, &ival)) {
    return FALSE;
  }

  if (ival != 0 && ival != 1) {
    log_packet("Got a bad boolean: %d", ival);
    return FALSE;
  }

  *dest = (ival != 0);
  return TRU**
  Get an unsigned float number, which have been multiplied by 'float_factor'
  and encoded into an uint32 by dio_put_ufloat().
********/
bool dio_get_ufloat(struct data_in *din, float *dest, int float_factor)
{
  int ival;

  if (!dio_get_uint32(din, &ival)) {
    return FALSE;
  }

  *dest = (float) ival / float_factor;
  return TRU**
  Get a signed float number, which have been multiplied by 'float_factor'
  and encoded into a sint32 by dio_put_sfloat().
********/
bool dio_get_sfloat(struct data_in *din, float *dest, int float_factor)
{
  int ival;

  if (!dio_get_sint32(din, &ival)) {
    return FALSE;
  }

  *dest = (float) ival / float_factor;
  return TRUTake value from 8 bits.
******/
bool dio_get_sint8(struct data_in *din, int *dest)
{
  int tmp;

  if (!dio_get_uint8(din, &tmp)) {
    return FALSE;
  }

  if (tmp > 0x7f) {
    tmp -= 0x100;
  }
  *dest = tmp;
  return TRUTake value from 16 bits.
******/
bool dio_get_sint16(struct data_in *din, int *dest)
{
  int tmp;

  if (!dio_get_uint16(din, &tmp)) {
    return FALSE;
  }

  if (tmp > 0x7fff) {
    tmp -= 0x10000;
  }
  *dest = tmp;
  return TRUTake value from 32 bits.
******/
bool dio_get_sint32(struct data_in *din, int *dest)
{
  int tmp;

  if (!dio_get_uint32(din, &tmp)) {
    return FALSE;
  }

#if SIZEOF_INT != 4
  if (tmp > 0x7fffffff) {
    tmp -= 0x100000000;
  }
#endif

  *dest = tmp;
  return TRUTake memory block directly.
******/
bool dio_get_memory(struct data_in *din, void *dest, size_t dest_size)
{
  if (!enough_data(din, dest_size)) {
    log_packet("Got too short memory");
    return FALSE;
  }

  memcpy(dest, ADD_TO_POINTER(din->src, din->current), dest_size);
  din->current += dest_size;
  return TRUTake string. Conversion callback is used.
******/
bool dio_get_string(struct data_in *din, char *dest, size_t max_dest_size)
{
  char *c;
  size_t offset, remaining;

  fc_assert(max_dest_size > 0);

  if (!enough_data(din, 1)) {
    log_packet("Got a bad string");
    return FALSEoffset < remaining && c[offset] != '\0'; offset++) {
    /* nothing */
  }

  if (offset >= remaining) {
    log_packet("Got a too short string");
    return FALSE;
  }

  if (!(*get_conv_callback) (dest, max_dest_size, c, offset)) {
    log_packet("Got a bad encoded string");
    return FALSE;
  }

  din->current += offset + 1;
  return TRUTake tech numbers until A_LAST encountered, or MAX_NUM_TECH_LIST techs
  retrieved.
******/
bool dio_get_tech_list(struct data_in *din, int *dest)
{
  int i;

  for (i = 0; i < MAX_NUM_TECH_LIST; i++) {
    if (!dio_get_uint8(din, &dest[i])) {
      log_packet("Got a too short tech list");
      return FALSE;
    }
  return TRUTake unit type numbers until U_LAST encountered, or MAX_NUM_UNIT_LIST
  types retrieved.
******/
bool dio_get_unit_list(struct data_in *din, int *dest)
{
  int i;

  for (i = 0; i < MAX_NUM_UNIT_LIST; i++) {
    if (!dio_get_uint8(din, &dest[i])) {
      log_packet("Got a too short unit list");
      return FALSE;
    }
    if (dest[i] == U_LAST) {
      break;
    }
  }

  for (; i < MAX_NUM_UNIT_LIST; i++) {
    dest[i] = U_LAST;
  }

  return TRUTake building type numbers until B_LAST encountered, or
  MAX_NUM_BUILDING_LIST types retrieved.
******/
bool dio_get_building_list(struct data_in *din, int *dest)
{
  int i;

  for (i = 0; i < MAX_NUM_BUILDING_LIST; i++) {
    if (!dio_get_uint8(din, &dest[i])) {
      log_packet("Got a too short building list");
      return FALSE;
    }
    if (dest[i] == B_LAST) {
      break;
    }
  }

  for (; i < MAX_NUM_BUILDING_LIST; i++) {
    dest[i] = B_LAST;
  }

  return TRUTake worklist item count and then kind and number for each item, and
  put them to provided worklist.
******/
bool dio_get_worklist(struct data_in *din, struct worklist *pwl)
{
  int i, length;

  worklist_init(pwl);

  if (!dio_get_uint8(din, &length)) {
    log_packet("Got a bad worklist");
    return FALSE;
  }

  for (i = 0; i < length; i++) {
    int identifier;
    int kind;

    if (!dio_get_uint8(din, &kind)
        || !dio_get_uint8(din, &identifier)) {
      log_packet("Got a too short worklist");
      return FALSE;
    }

    /*
     * FIXME: the value returned by universal_by_number() should be checked!
     */
    worklist_append(pwl, universal_by_number(kind, identifier));
  }

  return TRUTake vector of 8 bit values and insert stop_value after them. stop_value
  does not need to fit in 8 bits.
******/
bool dio_get_uint8_vec8(struct data_in *din, int **values, int stop_value)
{
  int count, inx;
  int *vec;

  if (!dio_get_uint8(din, &count)) {
    return FALSE;
  }

  vec = fc_calloc(count + 1, sizeof(*vec));
  for (inx = 0; inx < count; inx++) {
    if (!dio_get_uint8(din, vec + inx)) {
      free (vec);
      return FALSE;
    }
  }
  vec[inx] = stop_value;
  *values = vec;

  return TRUReceive vector of uint6 values.
******/
bool dio_get_uint16_vec8(struct data_in *din, int **values, int stop_value)
{
  int count, inx;
  int *vec;

  if (!dio_get_uint8(din, &count)) {
    return FALSE;
  }

  vec = fc_calloc(count + 1, sizeof(*vec));
  for (inx = 0; inx < count; inx++) {
    if (!dio_get_uint16(din, vec + inx)) {
      free (vec);
      return FALSE;
    }
  }
  vec[inx] = stop_value;
  *values = vec;

  return TRUDe-serialize a requirement.
******/
bool dio_get_requirement(struct data_in *din, struct requirement *preq)
{
  int type, range, value;
  bool survives, present, quiet;

  if (!dio_get_uint8(din, &type)
      || !dio_get_sint32(din, &value)
      || !dio_get_uint8(din, &range)
      || !dio_get_bool8(din, &survives)
      || !dio_get_bool8(din, &present)
      || !dio_get_bool8(din, &quiet)) {
    log_packet("Got a bad requirement");
    return FALSE;
  }

  /*
   * FIXME: the value returned by req_from_values() should be checked!
   */
  *preq = req_from_values(type, range, survives, present, quiet, value);

  return TRUSerialize a requirement.
******/
void dio_put_requirement(struct data_out *dout, const struct requirement *preq)
{
  int type, range, value;
  bool survives, present, quiet;

  req_get_values(preq, &type, &range, &survives, &present, &quiet, &value);

  dio_put_uint8(dout, type);
  dio_put_sint32(dout, value);
  dio_put_uint8(dout, range);
  dio_put_bool8(dout, survives);
  dio_put_bool8(dout, present);
  dio_put_bool8(dout, quiet);
}
ENDREP
DELTA 31367 671 223
SVN  ågä4 G  ….HŽ @…k Üpˆw*"fc_prehdrs.h"ENDREP
id: 15r.5qi.r32448/18213
type: file
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count: 64
text: 32448 218 17892 30355 57cec099a16ebde862daf77fbacc819f
props: 10806 11936 111 0 227f1557f5d66bc46d32e4db301b2671
cpath: /branches/S2_6/common/dataio.c
copyroot: 27474 /branches/S2_6

id: 43.5qi.r32448/18474
type: file
pred: 43.5qi.r31367/23072
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text: 32448 18138 48 29236 8327809cdff07241a285c88c4f616561
props: 11001 6188 112 0 be233b9f2c09b9a4fa715b44e3833b02
cpath: /branches/S2_6/common/packets.c
copyroot: 27474 /branches/S2_6

PLAIN
K 11
Makefile.am
V 24
file 5h.5qi.r30222/90685
K 14
achievements.c
V 25
file qhc.5qi.r30222/90944
K 14
achievements.h
V 26
file qhe.5ck.r26905/215849
K 9
actions.c
V 23
file r7a.5qi.r32272/312
K 9
actions.h
V 25
file r7c.5qi.r32222/11695
K 4
ai.c
V 24
file 4go.5qi.r31727/7651
K 4
ai.h
V 22
file 4gp.5qi.r32306/48
K 6
aicore
V 23
dir 18t.5qi.r32397/3226
K 6
base.c
V 24
file 3jw.5qi.r32133/1266
K 6
base.h
V 25
file 3jx.5qi.r32070/28990
K 9
borders.c
V 25
file 4f0.5qi.r31936/23401
K 9
borders.h
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15r.5qi.t32447-1 modify true false /branches/S2_6/common/dataio.c

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