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/*
* Copyright (C) 2008-2009 SVOX AG, Baslerstr. 30, 8048 Zuerich, Switzerland
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
/**
* @file picopr.c
*
* text preprocessor
*
* Copyright (C) 2008-2009 SVOX AG, Baslerstr. 30, 8048 Zuerich, Switzerland
* All rights reserved.
*
* History:
* - 2009-04-20 -- initial version
*
*/
#include "picodefs.h"
#include "picoos.h"
#include "picobase.h"
#include "picodbg.h"
#include "picodata.h"
#include "picokpr.h"
#include "picopr.h"
#include "picoktab.h"
#ifdef __cplusplus
extern "C" {
#endif
#if 0
}
#endif
/* *****************************************************************************/
/* constants */
/* *****************************************************************************/
#define PR_TRACE_MEM FALSE
#define PR_TRACE_MAX_MEM FALSE
#define PR_TRACE_PATHCOST TRUE
#define PR_WORK_MEM_SIZE 10000
#define PR_DYN_MEM_SIZE 7000
#define PR_ENABLED TRUE
#define PR_MAX_NR_ITERATIONS 1000;
#define SPEC_CHAR "\\/"
#define PICO_ERR_CONTEXT_NOT_FOUND PICO_ERR_OTHER
#define PICO_ERR_MAX_PREPROC_PATH_LEN_REACHED PICO_ERR_OTHER
#define IN_BUF_SIZE 255
#define OUT_BUF_SIZE IN_BUF_SIZE + 3 * PICODATA_ITEM_HEADSIZE + 3
#define PR_MAX_NR_PREPROC (1 + PICOKNOW_MAX_NUM_UTPP)
#define PR_MAX_PATH_LEN 130
#define PR_MAX_DATA_LEN IN_BUF_SIZE
#define PR_MAX_DATA_LEN_Z PR_MAX_DATA_LEN + 1 /* all strings in picopr should use this constant
to ensure zero termination */
#define PR_COST_INIT 100000
#define PR_COST 10
#define PR_EOL '\n'
/* Bit mask constants for token sets with parameters */
#define PR_TSE_MASK_OUT (1<<PR_TSEOut)
#define PR_TSE_MASK_MIN (1<<PR_TSEMin)
#define PR_TSE_MASK_MAX (1<<PR_TSEMax)
#define PR_TSE_MASK_LEN (1<<PR_TSELen)
#define PR_TSE_MASK_VAL (1<<PR_TSEVal)
#define PR_TSE_MASK_STR (1<<PR_TSEStr)
#define PR_TSE_MASK_HEAD (1<<PR_TSEHead)
#define PR_TSE_MASK_MID (1<<PR_TSEMid)
#define PR_TSE_MASK_TAIL (1<<PR_TSETail)
#define PR_TSE_MASK_PROD (1<<PR_TSEProd)
#define PR_TSE_MASK_PRODEXT (1<<PR_TSEProdExt)
#define PR_TSE_MASK_VAR (1<<PR_TSEVar)
#define PR_TSE_MASK_LEX (1<<PR_TSELex)
#define PR_TSE_MASK_COST (1<<PR_TSECost)
#define PR_TSE_MASK_ID (1<<PR_TSEID)
#define PR_TSE_MASK_DUMMY1 (1<<PR_TSEDummy1)
#define PR_TSE_MASK_DUMMY2 (1<<PR_TSEDummy2)
#define PR_TSE_MASK_DUMMY3 (1<<PR_TSEDummy3)
/* Bit mask constants for token sets without parameters */
#define PR_TSE_MASK_BEGIN (1<<PR_TSEBegin)
#define PR_TSE_MASK_END (1<<PR_TSEEnd)
#define PR_TSE_MASK_SPACE (1<<PR_TSESpace)
#define PR_TSE_MASK_DIGIT (1<<PR_TSEDigit)
#define PR_TSE_MASK_LETTER (1<<PR_TSELetter)
#define PR_TSE_MASK_CHAR (1<<PR_TSEChar)
#define PR_TSE_MASK_SEQ (1<<PR_TSESeq)
#define PR_TSE_MASK_CMPR (1<<PR_TSECmpr)
#define PR_TSE_MASK_NLZ (1<<PR_TSENLZ)
#define PR_TSE_MASK_ROMAN (1<<PR_TSERoman)
#define PR_TSE_MASK_CI (1<<PR_TSECI)
#define PR_TSE_MASK_CIS (1<<PR_TSECIS)
#define PR_TSE_MASK_AUC (1<<PR_TSEAUC)
#define PR_TSE_MASK_ALC (1<<PR_TSEALC)
#define PR_TSE_MASK_SUC (1<<PR_TSESUC)
#define PR_TSE_MASK_ACCEPT (1<<PR_TSEAccept)
#define PR_TSE_MASK_NEXT (1<<PR_TSENext)
#define PR_TSE_MASK_ALTL (1<<PR_TSEAltL)
#define PR_TSE_MASK_ALTR (1<<PR_TSEAltR)
#define PR_FIRST_TSE_WP PR_TSEOut
#define PR_SMALLER 1
#define PR_EQUAL 0
#define PR_LARGER 2
#define PR_SPELL_WITH_SENTENCE_BREAK -2
#define PR_SPELL_WITH_PHRASE_BREAK -1
#define PR_SPELL 0
#define PICO_SPEED_MIN 20
#define PICO_SPEED_MAX 500
#define PICO_SPEED_DEFAULT 100
#define PICO_SPEED_FACTOR_MIN 500
#define PICO_SPEED_FACTOR_MAX 2000
#define PICO_PITCH_MIN 50
#define PICO_PITCH_MAX 200
#define PICO_PITCH_DEFAULT 100
#define PICO_PITCH_FACTOR_MIN 500
#define PICO_PITCH_FACTOR_MAX 2000
#define PICO_PITCH_ADD_MIN -100
#define PICO_PITCH_ADD_MAX 100
#define PICO_PITCH_ADD_DEFAULT 0
#define PICO_VOLUME_MIN 0
#define PICO_VOLUME_MAX 500
#define PICO_VOLUME_DEFAULT 100
#define PICO_VOLUME_FACTOR_MIN 500
#define PICO_VOLUME_FACTOR_MAX 2000
#define PICO_CONTEXT_DEFAULT "DEFAULT"
#define PICO_PARAGRAPH_PAUSE_DUR 500
/* *****************************************************************************/
/* types */
/* *****************************************************************************/
typedef enum {PR_OStr, PR_OVar, PR_OItem, PR_OSpell, PR_ORomanToCard, PR_OVal,
PR_OLeft, PR_ORight, PR_ORLZ, PR_OIgnore, PR_OPitch, PR_OSpeed,
PR_OVolume, PR_OVoice, PR_OContext, PR_OPhonSVOXPA, PR_OPhonSAMPA,
PR_OPlay, PR_OUseSig, PR_OGenFile, PR_OAudioEdit, PR_OPara,
PR_OSent, PR_OBreak, PR_OMark, PR_OConcat, PR_OLast} pr_OutType;
typedef enum {PR_TSEBegin, PR_TSEEnd, PR_TSESpace, PR_TSEDigit, PR_TSELetter, PR_TSEChar, PR_TSESeq,
PR_TSECmpr, PR_TSENLZ, PR_TSERoman, PR_TSECI, PR_TSECIS, PR_TSEAUC, PR_TSEALC, PR_TSESUC,
PR_TSEAccept, PR_TSENext, PR_TSEAltL, PR_TSEAltR} pr_TokSetEleNP;
typedef enum {PR_TSEOut, PR_TSEMin, PR_TSEMax, PR_TSELen, PR_TSEVal, PR_TSEStr, PR_TSEHead, PR_TSEMid,
PR_TSETail, PR_TSEProd, PR_TSEProdExt, PR_TSEVar, PR_TSELex, PR_TSECost, PR_TSEID,
PR_TSEDummy1, PR_TSEDummy2, PR_TSEDummy3} pr_TokSetEleWP;
typedef enum {PR_GSNoPreproc, PR_GS_START, PR_GSContinue, PR_GSNeedToken, PR_GSNotFound, PR_GSFound} pr_GlobalState;
typedef enum {PR_LSError, PR_LSInit, PR_LSGetToken, PR_LSGetToken2, PR_LSMatch, PR_LSGoBack,
PR_LSGetProdToken, PR_LSInProd, PR_LSGetProdContToken, PR_LSInProdCont, PR_LSGetNextToken,
PR_LSGetAltToken} pr_LocalState;
typedef enum {PR_MSNotMatched, PR_MSMatched, PR_MSMatchedContinue, PR_MSMatchedMulti} pr_MatchState;
typedef struct pr_Prod * pr_ProdList;
typedef struct pr_Prod {
picokpr_Preproc rNetwork;
picokpr_ProdArrOffset rProdOfs;
pr_ProdList rNext;
} pr_Prod;
typedef struct pr_Context * pr_ContextList;
typedef struct pr_Context {
picoos_uchar * rContextName;
pr_ProdList rProdList;
pr_ContextList rNext;
} pr_Context;
/* *****************************************************************************/
/* used, but to be checked */
#define MaxNrShortStrParams 2
#define MaxPhoneLen 14
#define ShortStrParamLen (2 * MaxPhoneLen)
typedef picoos_uchar ShortStrParam[ShortStrParamLen];
typedef struct pr_ioItem * pr_ioItemPtr;
typedef struct pr_ioItem {
pr_ioItemPtr next;
picoos_int32 val;
struct picodata_itemhead head;
picoos_uchar * strci;
picoos_uchar * strcis;
picoos_bool alc;
picoos_bool auc;
picoos_bool suc;
picoos_uchar data[PR_MAX_DATA_LEN_Z];
} pr_ioItem;
typedef struct pr_ioItem2 {
pr_ioItemPtr next;
picoos_int32 val;
struct picodata_itemhead head;
picoos_uchar * strci;
picoos_uchar * strcis;
picoos_bool alc;
picoos_bool auc;
picoos_bool suc;
} pr_ioItem2;
#define PR_IOITEM_MIN_SIZE sizeof(pr_ioItem2)
typedef picoos_uint32 pr_MemState;
typedef enum {pr_DynMem, pr_WorkMem} pr_MemTypes;
/* *****************************************************************************/
typedef struct pr_OutItemVar * pr_OutItemVarPtr;
struct pr_OutItemVar {
pr_ioItemPtr first;
pr_ioItemPtr last;
picoos_int32 id;
pr_OutItemVarPtr next;
};
struct pr_WorkItem {
pr_ioItemPtr rit;
};
typedef pr_ioItemPtr pr_WorkItems[PR_MAX_PATH_LEN+1];
struct pr_PathEle {
picokpr_Preproc rnetwork;
picoos_int16 ritemid;
picoos_int16 rcompare;
picoos_int16 rdepth;
picokpr_TokArrOffset rtok;
picokpr_StrArrOffset rprodname;
picoos_int32 rprodprefcost;
pr_LocalState rlState;
};
typedef struct pr_Path {
picoos_int32 rcost;
picoos_int32 rlen;
struct pr_PathEle rele[PR_MAX_PATH_LEN];
} pr_Path;
/* *****************************************************************************/
/** subobject : PreprocUnit
* shortcut : pr
*/
typedef struct pr_subobj
{
pr_ioItemPtr rinItemList;
pr_ioItemPtr rlastInItem;
pr_ioItemPtr routItemList;
pr_ioItemPtr rlastOutItem;
pr_GlobalState rgState;
pr_Path ractpath;
pr_Path rbestpath;
picoos_int32 rnritems;
pr_WorkItems ritems;
picoos_int32 rignore;
picoos_int32 spellMode;
picoos_int32 maxPathLen;
picoos_bool insidePhoneme;
picoos_uint8 inBuf[IN_BUF_SIZE+PICODATA_ITEM_HEADSIZE]; /* internal input buffer */
picoos_uint16 inBufLen;
picoos_uint8 outBuf[OUT_BUF_SIZE]; /* internal output buffer */
picoos_uint16 outReadPos; /* next pos to read from outBuf */
picoos_uint16 outWritePos; /* next pos to write to outBuf */
picokpr_Preproc preproc[PR_MAX_NR_PREPROC];
pr_ContextList ctxList;
pr_ProdList prodList;
pr_ContextList actCtx;
picoos_bool actCtxChanged;
picoos_uchar tmpStr1[PR_MAX_DATA_LEN_Z];
picoos_uchar tmpStr2[PR_MAX_DATA_LEN_Z];
picoos_uint8 pr_WorkMem[PR_WORK_MEM_SIZE];
picoos_uint32 workMemTop;
picoos_uint32 maxWorkMemTop;
picoos_uint8 pr_DynMem[PR_DYN_MEM_SIZE];
picoos_MemoryManager dynMemMM;
picoos_int32 dynMemSize;
picoos_int32 maxDynMemSize;
picoos_bool outOfMemory;
picoos_bool forceOutput;
picoos_int16 nrIterations;
picoos_uchar lspaces[128];
picoos_uchar saveFile[IN_BUF_SIZE];
pr_ioItem tmpItem;
picotrns_SimpleTransducer transducer;
/* kbs */
picoktab_Graphs graphs;
picokfst_FST xsampa_parser;
picokfst_FST svoxpa_parser;
picokfst_FST xsampa2svoxpa_mapper;
} pr_subobj_t;
/* *****************************************************************************/
/* prototypes */
static void pr_getOutputItemList (picodata_ProcessingUnit this, pr_subobj_t * pr,
picokpr_Preproc network,
picokpr_OutItemArrOffset outitem,
pr_OutItemVarPtr vars,
pr_ioItemPtr * first, pr_ioItemPtr * last);
/* *****************************************************************************/
#define pr_iABS(X) (((X) < 0) ? (-(X)) : (X))
/* *****************************************************************************/
/* module internal memory managment for dynamic and working memory using memory
partitions allocated with pr_subobj_t.
Dynamic memory is allocated in pr_subobj_t->pr_DynMem. Dynamic memory has
to be deallocated again with pr_DEALLOCATE.
Working memory is allocated in pr_subobj_t->pr_WorkMem. Working memory is stack
based and may not to be deallocated with pr_DEALLOCATE, but with pr_resetMemState
to a state previously saved with pr_getMemState.
*/
static void pr_ALLOCATE (picodata_ProcessingUnit this, pr_MemTypes mType, void * * adr, unsigned int byteSize)
/* allocates 'byteSize' bytes in the memery partition given by 'mType' */
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
picoos_int32 incrUsedBytes, prevmaxDynMemSize;
if (mType == pr_WorkMem) {
if ((pr->workMemTop + byteSize) < PR_WORK_MEM_SIZE) {
(*adr) = (void *)(&(pr->pr_WorkMem[pr->workMemTop]));
byteSize = ((byteSize + PICOOS_ALIGN_SIZE - 1) / PICOOS_ALIGN_SIZE) * PICOOS_ALIGN_SIZE;
pr->workMemTop += byteSize;
#if PR_TRACE_MEM
PICODBG_INFO(("pr_WorkMem: +%u, tot:%i of %i", byteSize, pr->workMemTop, PR_WORK_MEM_SIZE));
#endif
if (pr->workMemTop > pr->maxWorkMemTop) {
pr->maxWorkMemTop = pr->workMemTop;
#if PR_TRACE_MAX_MEM
PICODBG_INFO(("new max pr_WorkMem: %i of %i", pr->workMemTop, PR_WORK_MEM_SIZE));
#endif
}
}
else {
(*adr) = NULL;
PICODBG_ERROR(("pr out of working memory"));
picoos_emRaiseException(this->common->em, PICO_EXC_OUT_OF_MEM, (picoos_char *)"pr out of dynamic memory", (picoos_char *)"");
pr->outOfMemory = TRUE;
}
}
else if (mType == pr_DynMem) {
(*adr) = picoos_allocate(pr->dynMemMM, byteSize);
if ((*adr) != NULL) {
prevmaxDynMemSize = pr->maxDynMemSize;
picoos_getMemUsage(pr->dynMemMM, 1, &pr->dynMemSize, &incrUsedBytes, &pr->maxDynMemSize);
#if PR_TRACE_MEM
PICODBG_INFO(("pr_DynMem : +%i, tot:%i of %i", incrUsedBytes, pr->dynMemSize, PR_DYN_MEM_SIZE));
#endif
#if PR_TRACE_MAX_MEM
if (pr->maxDynMemSize > prevmaxDynMemSize) {
PICODBG_INFO(("new max pr_DynMem : %i of %i", pr->maxDynMemSize, PR_DYN_MEM_SIZE));
}
#endif
}
else {
PICODBG_ERROR(("pr out of dynamic memory"));
picoos_emRaiseException(this->common->em, PICO_EXC_OUT_OF_MEM, (picoos_char *)"pr out of dynamic memory", (picoos_char *)"");
pr->outOfMemory = TRUE;
}
}
else {
(*adr) = NULL;
}
}
static void pr_DEALLOCATE (picodata_ProcessingUnit this, pr_MemTypes mType, void * * adr)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
picoos_int32 incrUsedBytes;
if (mType == pr_WorkMem) {
PICODBG_INFO(("not possible; use pr_resetMemState instead"));
}
else if (mType == pr_DynMem) {
picoos_deallocate(pr->dynMemMM, &(*adr));
picoos_getMemUsage(pr->dynMemMM, 1, &pr->dynMemSize, &incrUsedBytes, &pr->maxDynMemSize);
#if PR_TRACE_MEM
PICODBG_INFO(("pr_DynMem : %i, tot:%i of %i: adr: %u", incrUsedBytes, pr->dynMemSize, PR_DYN_MEM_SIZE, *adr));
#endif
}
else {
(*adr) = NULL;
}
}
static void pr_getMemState(picodata_ProcessingUnit this, pr_MemTypes mType, picoos_uint32 *lmemState)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
mType = mType; /* avoid warning "var not used in this function"*/
*lmemState = pr->workMemTop;
}
static void pr_resetMemState(picodata_ProcessingUnit this, pr_MemTypes mType, picoos_uint32 lmemState)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
#if PR_TRACE_MEM
PICODBG_INFO(("pr_WorkMem: -%i, tot:%i of %i", pr->workMemTop-lmemState, lmemState, PR_WORK_MEM_SIZE));
#endif
mType = mType; /* avoid warning "var not used in this function"*/
pr->workMemTop = lmemState;
}
/* *****************************************************************************/
/* string operations */
static picoos_int32 pr_strlen(const picoos_uchar * str)
{
picoos_int32 i;
i=0;
while ((i<PR_MAX_DATA_LEN) && (str[i] != 0)) {
i++;
}
return i;
}
static picoos_uint32 pr_strcpy(picoos_uint8 * dest, const picoos_uint8 * src)
{
picoos_int32 i;
i = 0;
while ((i<PR_MAX_DATA_LEN) && (src[i] != 0)) {
dest[i] = src[i];
i++;
}
dest[i] = 0;
return i;
}
static picoos_uint32 pr_strcat(picoos_uint8 * dest, const picoos_uint8 * src)
{
picoos_int32 i, j;
i = 0;
while ((i<PR_MAX_DATA_LEN) && (dest[i] != 0)) {
i++;
}
j = 0;
while ((i<PR_MAX_DATA_LEN) && (j<PR_MAX_DATA_LEN) && (src[j] != 0)) {
dest[i] = src[j];
i++;
j++;
}
dest[i] = 0;
return i;
}
static void pr_getTermPartStr (picoos_uchar string[], picoos_int32 * ind, picoos_uchar termCh, picoos_uchar str[], picoos_bool * done)
{
int j;
picoos_bool done1;
done1 = TRUE;
j = 0;
while ((*ind < PR_MAX_DATA_LEN) && (string[*ind] != termCh) && (string[*ind] != 0)) {
if (j < PR_MAX_DATA_LEN) {
str[j] = string[*ind];
j++;
} else {
done1 = FALSE;
}
(*ind)++;
}
if (j < PR_MAX_DATA_LEN) {
str[j] = 0;
}
*done = ((*ind < PR_MAX_DATA_LEN) && (string[*ind] == termCh));
if (*done) {
(*ind)++;
}
*done = *done && done1;
}
static picoos_int32 pr_removeSubstring (int pos, int len, unsigned char str[])
{
int i;
int length;
length = pr_strlen(str);
if (pos >= length) {
return length;
} else {
i = pos + len;
while (i < length) {
str[pos] = str[i];
i++;
pos++;
}
str[pos] = 0;
return pos;
}
}
static picoos_bool pr_strEqual(picoos_uchar * str1, picoos_uchar * str2)
{
return (picoos_strcmp((picoos_char *)str1, (picoos_char *)str2) == 0);
}
static void pr_int_to_string(picoos_int32 n, picoos_uchar * str, picoos_int32 maxstrlen)
{
picoos_int32 i, len;
picoos_bool negative=FALSE;
len = 0;
str[0] = 0;
if (n<0) {
negative = TRUE;
n = -n;
len++;
}
i = n;
while (i>0) {
i = i / 10;
len++;
}
if (len<maxstrlen) {
str[len] = 0;
i = n;
while ((i>0) && (len>0)) {
len--;
str[len] = i % 10 + '0';
i = i / 10;
}
if (negative) {
len--;
str[len] = '-';
}
}
}
/* *****************************************************************************/
static void pr_firstLetterToLowerCase (const picoos_uchar src[], picoos_uchar dest[])
{
picoos_int32 i;
picoos_int32 j;
picoos_int32 l;
picoos_bool done;
i = 0;
j = 0;
l = picobase_det_utf8_length(src[0]);
while ((i < l) && (j < PR_MAX_DATA_LEN)) {
dest[j] = src[i];
i++;
j++;
}
if (j < PR_MAX_DATA_LEN) {
dest[j] = 0;
}
picobase_lowercase_utf8_str(dest, (picoos_char*)dest, PR_MAX_DATA_LEN, &done);
j = picobase_det_utf8_length(dest[0]);
l = pr_strlen(src);
while ((i < l) && (j < PR_MAX_DATA_LEN)) {
dest[j] = src[i];
i++;
j++;
}
dest[j] = 0;
}
static picoos_int32 tok_tokenDigitStrToInt (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_uchar stokenStr[])
{
picoos_uint32 i;
picoos_uint32 l;
picoos_int32 id;
picoos_int32 val;
picoos_uint32 n;
picobase_utf8char utf8char;
val = 0;
i = 0;
l = pr_strlen(stokenStr);
while (i < l) {
picobase_get_next_utf8char(stokenStr, PR_MAX_DATA_LEN, & i, utf8char);
id = picoktab_graphOffset(pr->graphs, utf8char);
if (id > 0) {
if (picoktab_getIntPropValue(pr->graphs, id, &n)) {
val = (10 * val) + n;
} else {
val = ((10 * val) + (int)((int)utf8char[0] - (int)'0'));
}
} else if ((utf8char[0] >= '0') && (utf8char[0] <= '9')) {
val = 10 * val + ((int)utf8char[0] - (int)'0');
}
}
return val;
}
static picoos_bool pr_isLatinNumber (picoos_uchar str[], picoos_int32 * val)
{
picoos_uint32 li;
picoos_uint32 llen;
picoos_uchar lact;
picoos_uchar lnext;
picoos_uchar lprev;
picoos_uchar llatinI;
picoos_uchar llatinV;
picoos_uchar llatinX;
picoos_uchar llatinL;
picoos_uchar llatinC;
picoos_uchar llatinD;
picoos_uchar llatinM;
picoos_int32 lseq;
picobase_utf8char utf8;
*val = 0;
llen = picobase_utf8_length(str, PR_MAX_DATA_LEN);
if (llen > 0) {
li = 0;
picobase_get_next_utf8char(str, PR_MAX_DATA_LEN, & li,utf8);
if (picobase_is_utf8_uppercase(utf8, PICOBASE_UTF8_MAXLEN)) {
llatinI = 'I';
llatinV = 'V';
llatinX = 'X';
llatinL = 'L';
llatinC = 'C';
llatinD = 'D';
llatinM = 'M';
} else {
llatinI = 'i';
llatinV = 'v';
llatinX = 'x';
llatinL = 'l';
llatinC = 'c';
llatinD = 'd';
llatinM = 'm';
}
lseq = 1000;
li = 0;
while (li < llen) {
if (li > 0) {
lprev = str[li - 1];
} else {
lprev = 0;
}
lact = str[li];
if (li < (llen - 1)) {
lnext = str[li + 1];
} else {
lnext = 0;
}
if ((lseq > 1) && (lact == llatinI)) {
if ((lprev != lact) && (lseq >= 4)) {
if (lnext == llatinV) {
*val = *val + 4;
li++;
lseq = 1;
} else if (lnext == llatinX) {
*val = *val + 9;
li++;
lseq = 1;
} else {
*val = *val + 1;
lseq = 3;
}
} else {
*val = *val + 1;
lseq = lseq - 1;
}
} else if ((lseq > 5) && (lact == llatinV)) {
*val = *val + 5;
lseq = 5;
} else if ((lseq > 10) && (lact == llatinX)) {
if ((lprev != lact) && (lseq >= 40)) {
if (lnext == llatinL) {
*val = *val + 40;
li++;
lseq = 10;
} else if (lnext == llatinC) {
*val = *val + 90;
li++;
lseq = 10;
} else {
*val = *val + 10;
lseq = 30;
}
} else {
*val = *val + 10;
lseq = lseq - 10;
}
} else if ((lseq > 50) && (lact == llatinL)) {
*val = *val + 50;
lseq = 50;
} else if ((lseq > 100) && (lact == llatinC)) {
if ((lprev != lact) && (lseq >= 400)) {
if (lnext == llatinD) {
*val = *val + 400;
li++;
lseq = 100;
} else if (lnext == llatinM) {
*val = *val + 900;
li++;
lseq = 100;
} else {
*val = *val + 100;
lseq = 300;
}
} else {
*val = *val + 100;
lseq = lseq - 100;
}
} else if ((lseq > 500) && (lact == llatinD)) {
*val = *val + 500;
lseq = 500;
} else if ((lseq >= 1000) && (lact == llatinM)) {
*val = *val + 1000;
} else {
return FALSE;
}
li++;
}
}
return TRUE;
}
static picoos_bool pr_isSUC (picoos_uchar str[])
{
picoos_int32 li;
picoos_bool lis;
picobase_utf8char lutf;
picoos_int32 lj;
picoos_int32 ll;
picoos_bool luc;
li = 0;
lis = TRUE;
luc = TRUE;
while (lis && (li < PR_MAX_DATA_LEN) && (str[li] != 0)) {
lj = 0;
ll = picobase_det_utf8_length(str[li]);
while (lj < ll) {
lutf[lj] = str[li];
lj++;
li++;
}
lutf[lj] = 0;
if (luc) {
lis = lis && picobase_is_utf8_uppercase(lutf,PICOBASE_UTF8_MAXLEN+1);
} else {
lis = lis && picobase_is_utf8_lowercase(lutf,PICOBASE_UTF8_MAXLEN+1);
}
luc = FALSE;
}
return lis;
}
/* *****************************************************************************/
static picoos_bool pr_isCmdType (pr_ioItemPtr it, picoos_uint8 type)
{
if ((it != NULL) && (it->head.type == PICODATA_ITEM_CMD) && (it->head.info1 == type)) {
return TRUE;
} else {
return FALSE;
}
}
static picoos_bool pr_isCmdInfo2 (pr_ioItemPtr it, picoos_uint8 info2)
{
if ((it != NULL) && (it->head.type == PICODATA_ITEM_CMD) && (it->head.info2 == info2)) {
return TRUE;
} else {
return FALSE;
}
}
static void pr_initPathEle (struct pr_PathEle * ele)
{
ele->rnetwork = NULL;
ele->rtok = 0;
ele->ritemid = -1;
ele->rdepth = 1;
ele->rlState = PR_LSInit;
ele->rcompare = -1;
ele->rprodname = 0;
ele->rprodprefcost = 0;
}
/* *****************************************************************************/
static void pr_disposeProdList (register picodata_ProcessingUnit this, pr_ProdList * prodList)
{
pr_ProdList p;
while ((*prodList) != NULL) {
p = (*prodList);
(*prodList) = (*prodList)->rNext;
picoos_deallocate(this->common->mm, (void *) &p);
}
}
static pico_Status pr_addContext (register picodata_ProcessingUnit this, pr_subobj_t * pr, pr_ContextList * ctxList, picokpr_VarStrPtr contextNamePtr, picokpr_VarStrPtr netNamePtr, picokpr_VarStrPtr prodNamePtr)
{
picokpr_Preproc net;
pr_ContextList ctx;
pr_ProdList prod;
int i;
picokpr_VarStrPtr strp;
picoos_int32 lprodarrlen;
ctx = (*ctxList);
while ((ctx != NULL) && !(pr_strEqual(contextNamePtr, ctx->rContextName))) {
ctx = ctx->rNext;
}
if (ctx == NULL) {
ctx = picoos_allocate(this->common->mm, sizeof(pr_Context));
if (ctx == NULL) {
return PICO_EXC_OUT_OF_MEM;
}
ctx->rNext = (*ctxList);
ctx->rProdList = NULL;
ctx->rContextName = contextNamePtr;
(*ctxList) = ctx;
}
i = 0;
net = pr->preproc[i];
while ((i<PR_MAX_NR_PREPROC) && (net != NULL) && !(pr_strEqual(netNamePtr, picokpr_getPreprocNetName(net)))) {
i++;
net = pr->preproc[i];
}
if (net != NULL) {
i = 0;
strp = picokpr_getVarStrPtr(net, picokpr_getProdNameOfs(net, i));
lprodarrlen = picokpr_getProdArrLen(net);
while ((i < lprodarrlen) && !(pr_strEqual(prodNamePtr, strp))) {
i++;
if (i < lprodarrlen) {
strp = picokpr_getVarStrPtr(net, picokpr_getProdNameOfs(net, i));
}
}
if (i < lprodarrlen) {
prod = picoos_allocate(this->common->mm, sizeof(pr_Prod));
if (prod == NULL) {
return PICO_EXC_OUT_OF_MEM;
}
prod->rNetwork = net;
prod->rProdOfs = i;
prod->rNext = ctx->rProdList;
ctx->rProdList = prod;
}
}
return PICO_OK;
}
static pico_Status pr_createContextList (register picodata_ProcessingUnit this)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
picokpr_VarStrPtr ctxNamePtr;
picokpr_VarStrPtr netNamePtr;
picokpr_VarStrPtr prodNamePtr;
picoos_int32 p, i, n;
pico_Status status;
pr->ctxList = NULL;
for (p=0; p<PR_MAX_NR_PREPROC; p++) {
if (pr->preproc[p] != NULL) {
n = picokpr_getCtxArrLen(pr->preproc[p]);
for (i = 1; i<n; i++) {
ctxNamePtr = picokpr_getVarStrPtr(pr->preproc[p], picokpr_getCtxCtxNameOfs(pr->preproc[p], i));
netNamePtr = picokpr_getVarStrPtr(pr->preproc[p], picokpr_getCtxNetNameOfs(pr->preproc[p], i));
prodNamePtr = picokpr_getVarStrPtr(pr->preproc[p], picokpr_getCtxProdNameOfs(pr->preproc[p], i));
status = pr_addContext(this, pr, &pr->ctxList, ctxNamePtr,netNamePtr, prodNamePtr);
if (status != PICO_OK) {
return status;
}
}
}
}
return PICO_OK;
}
static void pr_disposeContextList (register picodata_ProcessingUnit this)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
pr_ContextList c;
while (pr->ctxList != NULL) {
c = pr->ctxList;
pr->ctxList = pr->ctxList->rNext;
pr_disposeProdList(this, & c->rProdList);
picoos_deallocate(this->common->mm, (void *) &c);
}
}
static pr_ContextList pr_findContext (pr_ContextList contextList, picoos_uchar contextName[])
{
pr_ContextList context;
context = contextList;
while ((context != NULL) && !(pr_strEqual(context->rContextName,contextName))) {
context = context->rNext;
}
return context;
}
static void pr_setContext (register picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_uchar context[])
{
pr_ContextList ctx;
ctx = pr_findContext(pr->ctxList,context);
if (ctx != NULL) {
pr->actCtx = ctx;
pr->actCtxChanged = TRUE;
} else {
PICODBG_WARN(("context '%s' not found; no change",context));
picoos_emRaiseWarning(this->common->em, PICO_ERR_CONTEXT_NOT_FOUND, (picoos_char*)"context '%s' not found; no change",(picoos_char*)context);
}
}
/* *****************************************************************************/
/* item handling routines */
static picoos_uint32 pr_copyData(picoos_uint8 * dest, const picoos_uint8 * src, picoos_int32 nrBytes, picoos_bool zeroTerm)
{
picoos_int32 i=0;
if ((src != NULL) && (dest != NULL)) {
i = 0;
while ((i<nrBytes) && (i<PR_MAX_DATA_LEN)) {
dest[i] = src[i];
i++;
}
if (zeroTerm) {
dest[i] = 0;
}
}
return i;
}
static void pr_initItem(picodata_ProcessingUnit this, pr_ioItem * item)
{
item->next = NULL;
item->val = 0;
item->head.len = 0;
item->strci = NULL;
item->strcis = NULL;
item->suc = FALSE;
item->alc = FALSE;
item->auc = FALSE;
}
static void pr_newItem (picodata_ProcessingUnit this, pr_MemTypes mType, pr_ioItemPtr * item, picoos_uint8 itemType, picoos_int32 size, picoos_bool inItem)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
if (mType == pr_WorkMem) {
pr_ALLOCATE(this, mType, (void * *) & (*item),PR_IOITEM_MIN_SIZE+size+1);
if (pr->outOfMemory) return;
pr_initItem(this, *item);
}
else if ((mType == pr_DynMem) && inItem) {
pr_ALLOCATE(this, mType, (void * *) & (*item), PR_IOITEM_MIN_SIZE+3*size+3);
if (pr->outOfMemory) return;
pr_initItem(this, *item);
if (itemType == PICODATA_ITEM_TOKEN) {
(*item)->strci = &((*item)->data[size+1]);
(*item)->strcis = &((*item)->data[2*size+2]);
(*item)->strci[0] = 0;
(*item)->strcis[0] = 0;
}
}
else if ((mType == pr_DynMem) && !inItem) {
pr_ALLOCATE(this, mType, (void * *) & (*item), PR_IOITEM_MIN_SIZE+size+1);
if (pr->outOfMemory) return;
pr_initItem(this, *item);
}
(*item)->data[0] = 0;
}
static void pr_copyItemContent (picodata_ProcessingUnit this, pr_ioItem * inItem, pr_ioItem * outItem)
{
if (outItem != NULL) {
outItem->next = inItem->next;
outItem->val = inItem->val;
outItem->head = inItem->head;
outItem->suc = inItem->suc;
outItem->alc = inItem->alc;
outItem->auc = inItem->auc;
if (inItem->head.len > 0 ) {
pr_copyData(outItem->data, inItem->data, inItem->head.len, /*zeroTerm*/TRUE);
pr_copyData(outItem->strci, inItem->strci, inItem->head.len, /*zeroTerm*/TRUE);
pr_copyData(outItem->strcis, inItem->strcis, inItem->head.len, /*zeroTerm*/TRUE);
}
}
}
static void pr_copyItem (picodata_ProcessingUnit this, pr_MemTypes mType, pr_ioItemPtr inItem, pr_ioItemPtr * outItem)
{
pr_subobj_t * pr = (pr_subobj_t *) this->subObj;
if (inItem != NULL) {
pr_newItem(this, mType,& (*outItem), inItem->head.type, inItem->head.len, FALSE);
if (pr->outOfMemory) return;
pr_copyItemContent(this, inItem, *outItem);
}
else {
outItem = NULL;
}
}
static void pr_startItemList (pr_ioItemPtr * firstItem, pr_ioItemPtr * lastItem)
{
*firstItem = NULL;
*lastItem = NULL;
}
static void pr_appendItem (picodata_ProcessingUnit this, pr_ioItemPtr * firstItem, pr_ioItemPtr * lastItem, pr_ioItemPtr item)
{
if (item != NULL) {
item->next = NULL;
if ((*lastItem) == NULL) {
*firstItem = item;
} else {
(*lastItem)->next = item;
}
(*lastItem) = item;
}
}
static void pr_disposeItem (picodata_ProcessingUnit this, pr_ioItemPtr * item)
{
if ((*item) != NULL) {
pr_DEALLOCATE(this, pr_DynMem, (void * *) & (*item));
}
}
static void pr_putItem (picodata_ProcessingUnit this, pr_subobj_t * pr,
pr_ioItemPtr * first, pr_ioItemPtr * last,
picoos_uint8 itemType, picoos_uint8 info1, picoos_uint8 info2,
picoos_uint16 val,
picoos_uchar str[])
{
picoos_int32 i;
pr_ioItemPtr item;
pr->tmpItem.next = NULL;
pr->tmpItem.val = 0;
pr->tmpItem.head.type = itemType;
pr->tmpItem.head.info1 = info1;
pr->tmpItem.head.info2 = info2;
pr_initItem(this, &pr->tmpItem);
switch (itemType) {
case PICODATA_ITEM_CMD:
switch (info1) {
case PICODATA_ITEMINFO1_CMD_CONTEXT:
case PICODATA_ITEMINFO1_CMD_VOICE:
case PICODATA_ITEMINFO1_CMD_MARKER:
case PICODATA_ITEMINFO1_CMD_PLAY:
case PICODATA_ITEMINFO1_CMD_SAVE:
case PICODATA_ITEMINFO1_CMD_UNSAVE:
case PICODATA_ITEMINFO1_CMD_PROSDOMAIN:
pr->tmpItem.head.len = picoos_strlen((picoos_char*)str);
for (i=0; i<pr->tmpItem.head.len; i++) {
pr->tmpItem.data[i] = str[i];
}
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & item);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),item);
break;
case PICODATA_ITEMINFO1_CMD_IGNSIG:
case PICODATA_ITEMINFO1_CMD_IGNORE:
case PICODATA_ITEMINFO1_CMD_FLUSH:
pr->tmpItem.head.len = 0;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & item);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),item);
break;
case PICODATA_ITEMINFO1_CMD_SPEED:
case PICODATA_ITEMINFO1_CMD_PITCH:
case PICODATA_ITEMINFO1_CMD_VOLUME:
case PICODATA_ITEMINFO1_CMD_SPELL:
case PICODATA_ITEMINFO1_CMD_SIL:
pr->tmpItem.head.len = 2;
pr->tmpItem.data[0] = val % 256;
pr->tmpItem.data[1] = val / 256;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & item);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),item);
break;
case PICODATA_ITEMINFO1_CMD_PHONEME:
PICODBG_WARN(("phoneme command not yet implemented"));
break;
default:
PICODBG_WARN(("pr_putItem: unknown command type"));
}
break;
case PICODATA_ITEM_TOKEN:
pr->tmpItem.head.len = picoos_strlen((picoos_char*)str);
for (i=0; i<pr->tmpItem.head.len; i++) {
pr->tmpItem.data[i] = str[i];
}
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & item);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),item);
break;
default:
PICODBG_WARN(("pr_putItem: unknown item type"));
}
}
static void pr_appendItemToOutItemList (picodata_ProcessingUnit this, pr_subobj_t * pr,
pr_ioItemPtr * firstItem, pr_ioItemPtr * lastItem, pr_ioItemPtr item)
{
pr_ioItemPtr litem;
picoos_int32 li;
picoos_int32 li2;
picoos_int32 lid;
picoos_int32 ln;
picoos_int32 ln2;
picoos_uint8 ltype;
picoos_int8 lsubtype;
picoos_uchar lstr[10];
picoos_bool ldone;
item->next = NULL;
if (((pr->spellMode != 0) && (item->head.type == PICODATA_ITEM_TOKEN) && (item->head.info1 != PICODATA_ITEMINFO1_TOKTYPE_SPACE))) {
li = 0;
ln = pr_strlen(item->data);
while (li < ln) {
ln2 = picobase_det_utf8_length(item->data[li]);
for (li2 = 0; li2<ln2; li2++) {
lstr[li2] = item->data[li];
li++;
}
lstr[ln2] = 0;
lid = picoktab_graphOffset(pr->graphs, lstr);
if ((lid > 0) && picoktab_getIntPropTokenType(pr->graphs, lid, <ype) &&
((ltype == PICODATA_ITEMINFO1_TOKTYPE_LETTERV) /*|| (ltype == PICODATA_ITEMINFO1_TOKTYPE_DIGIT)*/)) {
ln2 = pr_strcat(lstr,(picoos_uchar*)SPEC_CHAR);
picoktab_getIntPropTokenSubType(pr->graphs,lid, &lsubtype);
}
else {
ltype = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
lsubtype = -(1);
}
pr_newItem(this, pr_DynMem,& litem, PICODATA_ITEM_TOKEN, ln2, /*inItem*/FALSE);
if (pr->outOfMemory) return;
litem->head.type = PICODATA_ITEM_TOKEN;
litem->head.info1 = item->head.info1;
litem->head.info2 = item->head.info2;
pr_strcpy(litem->data, lstr);
litem->data[ln2] = 0;
litem->head.len = ln2;
if (litem->head.info1 == PICODATA_ITEMINFO1_TOKTYPE_DIGIT) {
litem->val = tok_tokenDigitStrToInt(this, pr, litem->data);
} else {
litem->val = 0;
}
picobase_lowercase_utf8_str(litem->data,litem->strci,PR_MAX_DATA_LEN, &ldone);
pr_firstLetterToLowerCase(litem->data,litem->strcis);
litem->alc = picobase_is_utf8_lowercase(litem->data,PR_MAX_DATA_LEN);
litem->auc = picobase_is_utf8_uppercase(litem->data,PR_MAX_DATA_LEN);
litem->suc = pr_isSUC(litem->data);
pr_appendItem(this, firstItem, lastItem, litem);
if (pr->spellMode == PR_SPELL_WITH_SENTENCE_BREAK) {
pr_newItem(this, pr_DynMem,& litem, PICODATA_ITEM_TOKEN, 2, /*inItem*/FALSE);
if (pr->outOfMemory) return;
litem->head.type = PICODATA_ITEM_TOKEN;
litem->head.info1 = PICODATA_ITEMINFO1_TOKTYPE_CHAR;
litem->head.info2 = -1;
litem->head.len = 1;
litem->data[0] = ',';
litem->data[1] = 0;
litem->strci[0] = ',';
litem->strci[1] = 0;
litem->strcis[0] = ',';
litem->strcis[1] = 0;
litem->val = 0;
pr_appendItem(this, firstItem, lastItem, litem);
} else if (pr->spellMode == PR_SPELL_WITH_SENTENCE_BREAK) {
pr_newItem(this, pr_DynMem,& litem, PICODATA_ITEM_CMD, 0, /*inItem*/FALSE);
if (pr->outOfMemory) return;
litem->head.type = PICODATA_ITEM_CMD;
litem->head.info1 = PICODATA_ITEMINFO1_CMD_FLUSH;
litem->head.info2 = PICODATA_ITEMINFO2_NA;
litem->head.len = 0;
pr_appendItem(this, firstItem, lastItem,litem);
} else if (pr->spellMode > 0) {
pr_newItem(this, pr_DynMem,& litem, PICODATA_ITEM_CMD, 2, /*inItem*/FALSE);
if (pr->outOfMemory) return;
litem->head.type = PICODATA_ITEM_CMD;
litem->head.info1 = PICODATA_ITEMINFO1_CMD_SIL;
litem->head.info2 = PICODATA_ITEMINFO2_NA;
litem->head.len = 2;
litem->data[0] = pr->spellMode % 256;
litem->data[1] = pr->spellMode / 256;
pr_appendItem(this, firstItem, lastItem, litem);
}
}
pr_disposeItem(this, & item);
} else if (pr_isCmdType(item, PICODATA_ITEMINFO1_CMD_SPELL) && pr_isCmdInfo2(item, PICODATA_ITEMINFO2_CMD_START)) {
pr->spellMode = item->data[0]+256*item->data[1];
pr_disposeItem(this, & item);
} else if (pr_isCmdType(item, PICODATA_ITEMINFO1_CMD_SPELL) && pr_isCmdInfo2(item, PICODATA_ITEMINFO2_CMD_END)) {
pr->spellMode = 0;
pr_disposeItem(this, & item);
} else {
pr_appendItem(this, firstItem,lastItem,item);
}
}
/* *****************************************************************************/
static pr_OutItemVarPtr pr_findVariable (pr_OutItemVarPtr vars, picoos_int32 id)
{
while ((vars != NULL) && (vars->id != id)) {
vars = vars->next;
}
if ((vars != NULL)) {
return vars;
} else {
return NULL;
}
}
static void pr_genCommands (picodata_ProcessingUnit this, pr_subobj_t * pr,
picokpr_Preproc network, picokpr_OutItemArrOffset outitem, pr_OutItemVarPtr vars, pr_ioItemPtr * first, pr_ioItemPtr * last)
{
pr_ioItemPtr litem;
pr_OutItemVarPtr lvar;
picoos_uint8 lcmd;
picoos_uint8 linfo2;
picoos_bool ldone;
#if 0
picoos_int32 lphontype;
#endif
picokpr_VarStrPtr lstrp;
picoos_int32 lnum;
pr_ioItemPtr lf;
pr_ioItemPtr ll;
picoos_int32 lf0beg;
picoos_int32 lf0end;
ShortStrParam lxfadebeg;
ShortStrParam lxfadeend;
picoos_bool lout;
picoos_int32 ltype;
picoos_int32 argOfs;
picoos_int32 nextOfs;
picoos_int32 nextOfs2;
picoos_int32 nextOfs3;
picoos_int32 nextOfs4;
picoos_uchar alphabet[32];
lcmd = 0;
lnum = 0;
litem = NULL;
ltype = picokpr_getOutItemType(network, outitem);
switch (ltype) {
case PR_OIgnore:
if (picokpr_getOutItemVal(network, outitem) == 0) {
pr_putItem(this, pr, & (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_IGNORE,PICODATA_ITEMINFO2_CMD_START,0,(picoos_uchar*)"");
} else {
pr_putItem(this, pr, & (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_IGNORE,PICODATA_ITEMINFO2_CMD_END,0,(picoos_uchar*)"");
}
break;
case PR_OPitch: case PR_OSpeed: case PR_OVolume:
switch (ltype) {
case PR_OPitch:
lcmd = PICODATA_ITEMINFO1_CMD_PITCH;
lnum = PICO_PITCH_DEFAULT;
break;
case PR_OSpeed:
lcmd = PICODATA_ITEMINFO1_CMD_SPEED;
lnum = PICO_SPEED_DEFAULT;
break;
case PR_OVolume:
lcmd = PICODATA_ITEMINFO1_CMD_VOLUME;
lnum = PICO_VOLUME_DEFAULT;
break;
default:
break;
}
if ((picokpr_getOutItemArgOfs(network, outitem) != 0)) {
switch (picokpr_getOutItemType(network, picokpr_getOutItemArgOfs(network, outitem))) {
case PR_OVal:
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, lcmd,PICODATA_ITEMINFO2_CMD_ABSOLUTE, picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)),(picoos_uchar*)"");
break;
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)));
if ((lvar != NULL) && (lvar->first != NULL) && (lvar->first->head.type == PICODATA_ITEM_TOKEN)) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,PICODATA_ITEMINFO2_CMD_ABSOLUTE,picoos_atoi((picoos_char*)lvar->first->data),(picoos_uchar*)"");
}
break;
default:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if (((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN))) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,PICODATA_ITEMINFO2_CMD_ABSOLUTE,picoos_atoi((picoos_char*)lf->data),(picoos_uchar*)"");
}
break;
}
} else {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,PICODATA_ITEMINFO2_CMD_ABSOLUTE,lnum,(picoos_uchar*)"");
}
break;
case PR_OPhonSVOXPA: case PR_OPhonSAMPA:
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
if (ltype == PR_OPhonSVOXPA) {
picoos_strlcpy(alphabet, PICODATA_SVOXPA, sizeof(alphabet));
}
else {
picoos_strlcpy(alphabet, PICODATA_SAMPA, sizeof(alphabet));
}
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if (lf != NULL) {
ldone = FALSE;
if (lf->head.type == PICODATA_ITEM_TOKEN) {
if (picodata_mapPAStrToPAIds(pr->transducer, this->common, pr->xsampa_parser, pr->svoxpa_parser, pr->xsampa2svoxpa_mapper, lf->data, alphabet, pr->tmpStr1, sizeof(pr->tmpStr1)-1) == PICO_OK) {
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_PHONEME,
PICODATA_ITEMINFO2_CMD_START, 0, pr->tmpStr1);
ldone = TRUE;
}
else {
PICODBG_WARN(("cannot map phonetic string '%s'; synthesizeing text instead", lf->data));
picoos_emRaiseWarning(this->common->em, PICO_ERR_OTHER,(picoos_char*)"", (picoos_char*)"cannot map phonetic string '%s'; synthesizing text instead", lf->data);
}
}
if (ldone) {
lf = lf->next;
while (lf != NULL) {
if (lf->head.type == PICODATA_ITEM_TOKEN) {
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_TOKEN, PICODATA_ITEMINFO1_CMD_PHONEME,
PICODATA_ITEMINFO2_CMD_END, 0, (picoos_char *)"");
}
lf = lf->next;
}
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_PHONEME,
PICODATA_ITEMINFO2_CMD_END, 0, (picoos_char *)"");
}
}
}
break;
case PR_OSent:
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_FLUSH, PICODATA_ITEMINFO2_NA, 0, (picoos_uchar*)"");
break;
case PR_OPara:
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_FLUSH, PICODATA_ITEMINFO2_NA, 0, (picoos_uchar*)"");
if (picokpr_getOutItemVal(network, outitem) == 1) {
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_SIL, PICODATA_ITEMINFO2_NA, PICO_PARAGRAPH_PAUSE_DUR, (picoos_uchar*)"");
}
break;
case PR_OBreak:
if ((picokpr_getOutItemArgOfs(network, outitem) != 0)) {
switch (picokpr_getOutItemType(network, picokpr_getOutItemArgOfs(network, outitem))) {
case PR_OVal:
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_SIL, PICODATA_ITEMINFO2_NA, picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)), (picoos_uchar*)"");
break;
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)));
if ((lvar != NULL) && (lvar->first != NULL) && (lvar->first->head.type == PICODATA_ITEM_TOKEN)) {
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_SIL, PICODATA_ITEMINFO2_NA, picoos_atoi((picoos_char*)lvar->first->data), (picoos_uchar*)"");
}
break;
default:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if (((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN))) {
pr_putItem(this, pr, & (*first),& (*last), PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_SIL, PICODATA_ITEMINFO2_NA, picoos_atoi((picoos_char*)lf->data), (picoos_uchar*)"");
}
break;
}
}
break;
case PR_OVoice: case PR_OContext: case PR_OMark:
if (picokpr_getOutItemType(network, outitem) == PR_OVoice) {
lcmd = PICODATA_ITEMINFO1_CMD_VOICE;
pr->tmpStr1[0] = 0;
lnum = 1;
} else if (picokpr_getOutItemType(network, outitem) == PR_OContext) {
lcmd = PICODATA_ITEMINFO1_CMD_CONTEXT;
pr_strcpy(pr->tmpStr1, (picoos_uchar*)PICO_CONTEXT_DEFAULT);
lnum = 1;
} else if ((picokpr_getOutItemType(network, outitem) == PR_OMark)) {
lcmd = PICODATA_ITEMINFO1_CMD_MARKER;
pr->tmpStr1[0] = 0;
lnum = 0;
}
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
switch (picokpr_getOutItemType(network, picokpr_getOutItemArgOfs(network, outitem))) {
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)));
if (lvar != NULL) {
litem = lvar->first;
}
pr->tmpStr1[0] = 0;
while (litem != NULL) {
if (litem->head.type == PICODATA_ITEM_TOKEN) {
pr_strcat(pr->tmpStr1,litem->data);
}
litem = litem->next;
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, lcmd,lnum,0,pr->tmpStr1);
break;
case PR_OStr:
if (picokpr_getOutItemStrOfs(network, picokpr_getOutItemArgOfs(network, outitem)) != 0) {
lstrp = picokpr_getOutItemStr(network, picokpr_getOutItemArgOfs(network, outitem));
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,lnum,0,lstrp);
}
break;
default:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if (((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN))) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,lnum,0,lf->data);
}
break;
}
} else {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,lnum,0,pr->tmpStr1);
}
break;
case PR_OGenFile:
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
lcmd = PICODATA_ITEMINFO1_CMD_SAVE;
} else {
lcmd = PICODATA_ITEMINFO1_CMD_UNSAVE;
}
pr->tmpStr1[0] = 0;
lnum = 0;
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
switch (picokpr_getOutItemType(network, picokpr_getOutItemArgOfs(network, outitem))) {
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)));
if (lvar != NULL) {
litem = lvar->first;
}
pr->tmpStr1[0] = 0;
while (litem != NULL) {
if (litem->head.type == PICODATA_ITEM_TOKEN) {
pr_strcat(pr->tmpStr1,litem->data);
}
litem = litem->next;
}
if ((lnum = picodata_getPuTypeFromExtension(pr->tmpStr1, /*input*/FALSE)) != PICODATA_ITEMINFO2_CMD_TO_UNKNOWN) {
if (pr->saveFile[0] != 0) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_UNSAVE,
picodata_getPuTypeFromExtension(pr->saveFile, /*input*/FALSE),0,pr->saveFile);
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, lcmd,lnum,0,pr->tmpStr1);
pr_strcpy(pr->saveFile, pr->tmpStr1);
}
break;
case PR_OStr:
if (picokpr_getOutItemStrOfs(network, picokpr_getOutItemArgOfs(network, outitem)) != 0) {
lstrp = picokpr_getOutItemStr(network, picokpr_getOutItemArgOfs(network, outitem));
if ((lnum = picodata_getPuTypeFromExtension(lstrp, /*input*/FALSE)) != PICODATA_ITEMINFO2_CMD_TO_UNKNOWN) {
if (pr->saveFile[0] != 0) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_UNSAVE,
picodata_getPuTypeFromExtension(pr->saveFile, /*input*/FALSE),0,pr->saveFile);
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, lcmd,lnum,0,lstrp);
pr_strcpy(pr->saveFile, lstrp);
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,lnum,0,lstrp);
}
break;
default:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if (((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN))) {
if ((lnum = picodata_getPuTypeFromExtension(lf->data, /*input*/FALSE)) != PICODATA_ITEMINFO2_CMD_TO_UNKNOWN) {
if (pr->saveFile[0] != 0) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_UNSAVE,
picodata_getPuTypeFromExtension(pr->saveFile, /*input*/FALSE),0,pr->saveFile);
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, lcmd,lnum,0,lf->data);
pr_strcpy(pr->saveFile, lf->data);
}
}
break;
}
/*
} else {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,lnum,0,pr->tmpStr1);
*/
}
break;
case PR_OUseSig: case PR_OPlay:
lout = FALSE;
lf0beg = -(1);
lf0end = -(1);
lxfadebeg[0] = 0;
lxfadeend[0] = 0;
pr->tmpStr1[0] = 0;
if ((picokpr_getOutItemType(network, outitem) == PR_OUseSig)) {
lcmd = PICODATA_ITEMINFO1_CMD_IGNSIG;
} else {
lcmd = PICODATA_ITEMINFO1_CMD_IGNORE;
}
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
linfo2 = PICODATA_ITEMINFO2_CMD_START;
} else {
linfo2 = PICODATA_ITEMINFO2_CMD_END;
}
if (picokpr_getOutItemArgOfs(network, outitem) != 0) {
switch (picokpr_getOutItemType(network, picokpr_getOutItemArgOfs(network, outitem))) {
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, outitem)));
if (lvar != NULL) {
litem = lvar->first;
}
pr->tmpStr1[0] = 0;
while (litem != NULL) {
if (litem->head.type == PICODATA_ITEM_TOKEN) {
pr_strcat(pr->tmpStr1,litem->data);
}
litem = litem->next;
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD, PICODATA_ITEMINFO1_CMD_PLAY,
picodata_getPuTypeFromExtension(pr->tmpStr1, /*input*/TRUE),0, pr->tmpStr1);
lout = TRUE;
break;
case PR_OStr:
if (picokpr_getOutItemStrOfs(network, picokpr_getOutItemArgOfs(network, outitem)) != 0) {
lstrp = picokpr_getOutItemStr(network, picokpr_getOutItemArgOfs(network, outitem));
pr_strcpy(pr->tmpStr1, lstrp);
lout = TRUE;
}
break;
default:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, outitem),vars,& lf,& ll);
if (pr->outOfMemory) return;
if ((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_strcpy(pr->tmpStr1, lf->data);
lout = TRUE;
}
break;
}
}
argOfs = picokpr_getOutItemArgOfs(network, outitem);
if (argOfs != 0) {
nextOfs = picokpr_getOutItemNextOfs(network, outitem);
if (nextOfs != 0) {
if (picokpr_getOutItemType(network, nextOfs) == PR_OVal) {
lf0beg = picokpr_getOutItemVal(network, nextOfs);
}
nextOfs2 = picokpr_getOutItemNextOfs(network, nextOfs);
if (nextOfs2 != 0) {
if (picokpr_getOutItemType(network, nextOfs2) == PR_OVal) {
lf0end = picokpr_getOutItemVal(network, nextOfs2);
}
nextOfs3 = picokpr_getOutItemNextOfs(network, nextOfs2);
if (nextOfs3 != 0) {
if ((picokpr_getOutItemType(network, nextOfs3) == PR_OStr) && (picokpr_getOutItemStrOfs(network, nextOfs3) != 0)) {
lstrp = picokpr_getOutItemStr(network, nextOfs3);
pr_strcpy(lxfadebeg, lstrp);
}
nextOfs4 = picokpr_getOutItemNextOfs(network, nextOfs3);
if (nextOfs4 != 0) {
if ((picokpr_getOutItemType(network, nextOfs4) == PR_OStr) && (picokpr_getOutItemStrOfs(network, nextOfs4) != 0)) {
lstrp = picokpr_getOutItemStr(network, nextOfs4);
pr_strcpy(lxfadeend, lstrp);
}
}
}
}
}
}
if (lout) {
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,PICODATA_ITEMINFO1_CMD_PLAY,
picodata_getPuTypeFromExtension(pr->tmpStr1, /*input*/TRUE),0,pr->tmpStr1);
}
pr_putItem(this, pr,& (*first),& (*last),PICODATA_ITEM_CMD,lcmd,linfo2,0,(picoos_uchar*)"");
break;
default:
PICODBG_INFO(("unknown command"));
break;
}
}
static void pr_getOutputItemList (picodata_ProcessingUnit this,
pr_subobj_t * pr,
picokpr_Preproc network,
picokpr_OutItemArrOffset outitem,
pr_OutItemVarPtr vars,
pr_ioItemPtr * first,
pr_ioItemPtr * last)
{
picokpr_OutItemArrOffset lo;
picoos_int32 llen;
picoos_int32 llen2;
picokpr_VarStrPtr lstrp;
picoos_int32 lval32;
picoos_int32 li;
picoos_int32 li2;
picoos_int32 ln;
picoos_int32 ln2;
pr_ioItemPtr litem2;
pr_ioItemPtr lf;
pr_ioItemPtr ll;
picoos_int32 lid;
picoos_uint8 ltype;
picoos_int8 lsubtype;
pr_OutItemVarPtr lvar;
picoos_int32 lspellmode;
picoos_int32 largOfs;
picoos_int32 lnextOfs;
lo = outitem;
while (lo != 0) {
switch (picokpr_getOutItemType(network, lo)) {
case PR_OStr:
lstrp = picokpr_getOutItemStr(network, lo);
if (pr->outOfMemory) return;
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
pr->tmpItem.head.info2 = -1;
pr->tmpItem.head.len = pr_strcpy(pr->tmpItem.data, lstrp);
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
break;
case PR_OVar:
lvar = pr_findVariable(vars,picokpr_getOutItemVal(network, lo));
if (lvar != NULL) {
lf = lvar->first;
} else {
lf = NULL;
}
while (lf != NULL) {
pr_copyItem(this, pr_WorkMem,& (*lf),& litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
lf = lf->next;
}
break;
case PR_OSpell:
lspellmode = PR_SPELL;
largOfs = picokpr_getOutItemArgOfs(network, lo);
if ((largOfs!= 0) && ((lnextOfs = picokpr_getOutItemNextOfs(network, largOfs)) != 0)) {
lspellmode = picokpr_getOutItemVal(network, lnextOfs);
}
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,largOfs,vars,& lf,& ll);
if (pr->outOfMemory) return;
while (lf != NULL) {
switch (lf->head.type) {
case PICODATA_ITEM_TOKEN:
li = 0;
ln = pr_strlen(lf->data);
while (li < ln) {
pr_initItem(this, &pr->tmpItem);
if (pr->outOfMemory) return;
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = lf->head.info1;
pr->tmpItem.head.info2 = lf->head.info2;
pr->tmpItem.head.len = picobase_det_utf8_length(lf->data[li]);
for (li2 = 0; li2 < pr->tmpItem.head.len; li2++) {
pr->tmpItem.data[li2] = lf->data[li];
li++;
}
pr->tmpItem.data[pr->tmpItem.head.len] = 0;
pr->tmpItem.val = 0;
lid = picoktab_graphOffset(pr->graphs,pr->tmpItem.data);
if (lid > 0) {
if (picoktab_getIntPropTokenType(pr->graphs, lid, <ype)) {
if ((ltype == PICODATA_ITEMINFO1_TOKTYPE_LETTERV)/* || (ltype == PICODATA_ITEMINFO1_TOKTYPE_DIGIT)*/) {
pr->tmpItem.head.len = pr_strcat(pr->tmpItem.data,(picoos_uchar*)SPEC_CHAR);
}
}
picoktab_getIntPropTokenSubType(pr->graphs, lid, &lsubtype);
} else {
ltype = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
lsubtype = -(1);
}
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last), litem2);
if (lspellmode == PR_SPELL_WITH_PHRASE_BREAK) {
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_TOKTYPE_CHAR;
pr->tmpItem.head.info2 = lsubtype;
pr->tmpItem.head.len = 1;
pr->tmpItem.data[0] = ',';
pr->tmpItem.data[1] = 0;
pr->tmpItem.val = 0;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
} else if (lspellmode == PR_SPELL_WITH_SENTENCE_BREAK) {
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_CMD;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_CMD_FLUSH;
pr->tmpItem.head.info2 = PICODATA_ITEMINFO2_NA;
pr->tmpItem.head.len = 0;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
} else if (lspellmode > 0) {
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_TOKTYPE_CHAR;
pr->tmpItem.head.info2 = lsubtype;
pr->tmpItem.head.len = 1;
pr->tmpItem.data[0] = ',';
pr->tmpItem.data[1] = 0;
pr->tmpItem.val = 0;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
}
}
break;
default:
pr_copyItem(this, pr_WorkMem,& (*lf),& litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
break;
}
ll = lf;
lf = lf->next;
ll->next = NULL;
}
break;
case PR_OConcat:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, lo),vars,& lf,& ll);
if (pr->outOfMemory) return;
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
pr->tmpItem.head.info2 = -(1);
pr->tmpItem.head.len = 0;
pr->tmpItem.data[0] = 0;
pr->tmpItem.val = 0;
while (lf != NULL) {
switch (lf->head.type) {
case PICODATA_ITEM_TOKEN:
pr->tmpItem.head.len = pr_strcat(pr->tmpItem.data,lf->data);
break;
case PICODATA_ITEM_CMD:
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
pr_copyItem(this, pr_WorkMem, lf, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
pr_initItem(this, &pr->tmpItem);
pr->tmpItem.head.type = PICODATA_ITEM_TOKEN;
pr->tmpItem.head.info1 = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
pr->tmpItem.head.info2 = -(1);
pr->tmpItem.head.len = 0;
pr->tmpItem.data[0] = 0;
pr->tmpItem.val = 0;
break;
default:
break;
}
lf = lf->next;
}
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
break;
case PR_ORomanToCard:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemArgOfs(network, lo),vars,& lf,& ll);
if (pr->outOfMemory) return;
if ((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_initItem(this, &pr->tmpItem);
pr_copyItemContent(this, lf, &pr->tmpItem);
if (pr_isLatinNumber(lf->data, & lval32)) {
pr_int_to_string(lval32, (picoos_char *)pr->tmpItem.data, PR_MAX_DATA_LEN_Z);
pr->tmpItem.head.len = pr_strlen(pr->tmpItem.data);
pr->tmpItem.val = lval32;
}
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
pr_appendItem(this, & (*first),& (*last),litem2);
}
break;
case PR_OVal:
break;
case PR_OLeft:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemNextOfs(network, picokpr_getOutItemArgOfs(network, lo)),vars,& lf,& ll);
if (pr->outOfMemory) return;
if ((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_initItem(this, &pr->tmpItem);
pr_copyItemContent(this, lf, &pr->tmpItem);
llen = lf->head.len;
llen2 = picobase_utf8_length(pr->tmpItem.data,PR_MAX_DATA_LEN);
ln = 0;
ln2 = 0;
largOfs = picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, lo));
while ((ln < llen) && (ln2 < llen2) && (ln2 < largOfs)) {
ln = ln + picobase_det_utf8_length(pr->tmpItem.data[ln]);
ln2++;
}
pr->tmpItem.data[ln] = 0;
pr->tmpItem.head.len = ln;
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, &litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
}
break;
case PR_ORight:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemNextOfs(network, picokpr_getOutItemArgOfs(network, lo)),vars,& lf,& ll);
if (pr->outOfMemory) return;
if ((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_initItem(this, &pr->tmpItem);
pr_copyItemContent(this, lf, & pr->tmpItem);
llen = lf->head.len;
llen2 = picobase_utf8_length(pr->tmpItem.data,PR_MAX_DATA_LEN);
ln = 0;
ln2 = 0;
while ((ln < llen) && (ln2 < llen2) && (ln2 < (llen2 - picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, lo))))) {
ln = ln + picobase_det_utf8_length(pr->tmpItem.data[ln]);
ln2++;
}
pr->tmpItem.head.len = pr_removeSubstring(0,ln,pr->tmpItem.data);
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
}
break;
case PR_OItem:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network,picokpr_getOutItemNextOfs(network, picokpr_getOutItemArgOfs(network, lo)),vars,& lf,& ll);
if (pr->outOfMemory) return;
ln = picokpr_getOutItemVal(network, picokpr_getOutItemArgOfs(network, lo));
li = 1;
while ((li < ln) && (lf != NULL)) {
lf = lf->next;
li++;
}
if ((lf != NULL) && (li == ln) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_copyItem(this, pr_WorkMem, lf, & litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
}
break;
case PR_ORLZ:
pr_startItemList(& lf,& ll);
pr_getOutputItemList(this, pr, network, picokpr_getOutItemArgOfs(network, lo),vars,& lf,& ll);
if (pr->outOfMemory) return;
if ((lf != NULL) && (lf->head.type == PICODATA_ITEM_TOKEN)) {
pr_initItem(this, &pr->tmpItem);
pr_copyItemContent(this, lf, & pr->tmpItem);
li = 0;
while ((li < lf->head.len) && (pr->tmpItem.data[li] == '0')) {
li++;
}
pr->tmpItem.head.len = pr_removeSubstring(0,li,pr->tmpItem.data);
pr_copyItem(this, pr_WorkMem, &pr->tmpItem, & litem2);
if (pr->outOfMemory) return;
pr_appendItem(this, & (*first),& (*last),litem2);
}
break;
case PR_OIgnore: case PR_OPitch: case PR_OSpeed: case PR_OVolume: case PR_OPhonSVOXPA: case PR_OPhonSAMPA: case PR_OBreak: case PR_OMark: case PR_OPara: case PR_OSent: case PR_OPlay:
case PR_OUseSig: case PR_OGenFile: case PR_OAudioEdit: case PR_OContext: case PR_OVoice:
pr_genCommands(this, pr, network,lo,vars,& (*first),& (*last));
if (pr->outOfMemory) return;
break;
default:
PICODBG_INFO(("unkown command"));
break;
}
lo = picokpr_getOutItemNextOfs(network, lo);
}
}
static picoos_int32 pr_attrVal (picokpr_Preproc network, picokpr_TokArrOffset tok, pr_TokSetEleWP type)
{
pr_TokSetEleWP tse;
picoos_int32 n;
picokpr_TokSetWP set;
n = 0;
tse = PR_FIRST_TSE_WP;
set = picokpr_getTokSetWP(network, tok);
while (tse < type) {
if (((1<<tse) & set) != 0) {
n++;
}
tse = (pr_TokSetEleWP)((picoos_int32)tse+1);
}
return picokpr_getAttrValArrInt32(network, picokpr_getTokAttribOfs(network, tok) + n);
}
static void pr_getOutput (picodata_ProcessingUnit this, pr_subobj_t * pr,
picoos_int32 * i, picoos_int32 d, pr_ioItemPtr * o, pr_ioItemPtr * ol)
{
register struct pr_PathEle * with__0;
pr_OutItemVarPtr lvars;
pr_OutItemVarPtr lvar;
pr_ioItemPtr lit;
pr_ioItemPtr ldit;
pr_ioItemPtr ldlit;
picoos_bool lfirst;
pr_ioItemPtr lcopy;
picokpr_TokSetWP wpset;
picokpr_TokSetNP npset;
picoos_int32 li;
lfirst = TRUE;
(*i)++;
lit = NULL;
lvars = NULL;
ldit = NULL;
ldlit = NULL;
while ((*i) < pr->rbestpath.rlen) {
with__0 = & pr->rbestpath.rele[*i];
li = 0;
if (*i > 0) {
while ((li < 127) && (li < pr->rbestpath.rele[*i].rdepth)) {
pr->lspaces[li++] = ' ';
}
}
pr->lspaces[li] = 0;
if (with__0->rprodname != 0) {
PICODBG_INFO(("pp path :%s%s(", pr->lspaces, picokpr_getVarStrPtr(with__0->rnetwork,with__0->rprodname)));
}
if ((pr->ritems[with__0->ritemid+1] != NULL) && (pr->ritems[with__0->ritemid+1]->head.type == PICODATA_ITEM_TOKEN)) {
PICODBG_INFO(("pp in (1): %s'%s'", pr->lspaces, pr->ritems[with__0->ritemid+1]->data));
}
if ((pr->ritems[with__0->ritemid+1] != NULL)) {
while ((pr->rinItemList != NULL) && (pr->rinItemList != pr->ritems[with__0->ritemid+1]) && (pr->rinItemList->head.type != PICODATA_ITEM_TOKEN)) {
lit = pr->rinItemList;
pr->rinItemList = pr->rinItemList->next;
lit->next = NULL;
pr_copyItem(this, pr_WorkMem,& (*lit),& lcopy);
if (pr->outOfMemory) return;
pr_disposeItem(this, & lit);
pr_appendItem(this, & (*o),& (*ol),lcopy);
}
if (pr->rinItemList != NULL) {
lit = pr->rinItemList;
pr->rinItemList = pr->rinItemList->next;
lit->next = NULL;
} else {
lit = NULL;
}
}
wpset = picokpr_getTokSetWP(with__0->rnetwork, with__0->rtok);
npset = picokpr_getTokSetNP(with__0->rnetwork, with__0->rtok);
if ((PR_TSE_MASK_PROD & wpset) != 0) {
if ((PR_TSE_MASK_VAR & wpset) != 0) {
lvar = pr_findVariable(lvars,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVar));
if (lvar == NULL) {
pr_ALLOCATE(this, pr_WorkMem, (void *) & lvar,(sizeof (*lvar)));
lvar->next = lvars;
lvar->id = pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVar);
lvars = lvar;
}
pr_startItemList(& lvar->first,& lvar->last);
pr_getOutput(this, pr, & (*i),(d + 1),& lvar->first,& lvar->last);
if (pr->outOfMemory) return;
} else {
pr_startItemList(& ldit,& ldlit);
pr_getOutput(this, pr, & (*i),(d + 1),& ldit,& ldlit);
if (pr->outOfMemory) return;
}
(*i)++;
} else if ((PR_TSE_MASK_VAR & wpset) != 0) {
lvar = pr_findVariable(lvars,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVar));
if (lvar == NULL) {
pr_ALLOCATE(this, pr_WorkMem, (void *) & lvar,(sizeof (*lvar)));
lvar->next = lvars;
lvar->id = pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVar);
lvars = lvar;
}
if (((PR_TSE_MASK_LEX & wpset) != 0) && ((PR_TSE_MASK_LETTER & npset) == 0)) {
if (lfirst) {
pr_newItem(this, pr_WorkMem,& lit, PICODATA_ITEM_TOKEN, sizeof(struct pr_ioItem), /*inItem*/FALSE);
if (pr->outOfMemory) return;
lit->head.type = PICODATA_ITEM_TOKEN;
lit->head.info1 = pr->ritems[with__0->ritemid+1]->head.info1;
lit->head.info2 = pr->ritems[with__0->ritemid+1]->head.info2;
if (pr->ritems[with__0->ritemid+1]->head.info1 == PICODATA_ITEMINFO1_TOKTYPE_SPACE) {
lit->head.len = pr_strcpy(lit->data, (picoos_uchar*)"_");
} else {
lit->head.len = pr_strcpy(lit->data, pr->ritems[with__0->ritemid+1]->data);
}
lvar->first = lit;
lvar->last = lit;
lfirst = FALSE;
} else {
if ((pr->ritems[with__0->ritemid+1]->head.info1 == PICODATA_ITEMINFO1_TOKTYPE_SPACE)) {
lvar->last->head.len = pr_strcat(lvar->last->data,(picoos_uchar*)"_");
} else {
lvar->last->head.len = pr_strcat(lvar->last->data,pr->ritems[with__0->ritemid+1]->data);
}
lvar->last->head.info1 = PICODATA_ITEMINFO1_TOKTYPE_UNDEFINED;
lvar->last->head.info2 = -(1);
}
} else {
lvar->first = pr->ritems[with__0->ritemid+1];
lvar->last = pr->ritems[with__0->ritemid+1];
}
(*i)++;
} else if ((PR_TSE_MASK_OUT & wpset) != 0) {
pr_getOutputItemList(this, pr, with__0->rnetwork,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEOut),lvars,& (*o),& (*ol));
if (pr->outOfMemory) return;
(*i)++;
} else if (((*i) < (pr->rbestpath.rlen - 1)) && (d != pr->rbestpath.rele[(*i) + 1].rdepth)) {
if ((*i > 0) && (with__0->rdepth-1) == pr->rbestpath.rele[*i + 1].rdepth) {
li = 0;
while ((li < 127) && (li < with__0->rdepth-1)) {
pr->lspaces[li++] = ' ';
}
pr->lspaces[li] = 0;
PICODBG_INFO(("pp path :%s)", pr->lspaces));
}
return;
} else {
(*i)++;
}
if ((PR_TSE_MASK_LEX & wpset) == 0) {
lfirst = TRUE;
}
}
li = 0;
while ((li < 127) && (li < pr->rbestpath.rele[*i].rdepth-1)) {
pr->lspaces[li++] = ' ';
}
pr->lspaces[li] = 0;
PICODBG_INFO(("pp path :%s)", pr->lspaces));
}
static void pr_outputPath (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
register struct pr_PathEle * with__0;
picoos_int32 li;
pr_ioItemPtr lf;
pr_ioItemPtr ll;
pr_ioItemPtr lit;
pr_ioItemPtr lit2;
pr_MemState lmemState;
picoos_bool lastPlayFileFound;
pr_getMemState(this, pr_WorkMem, & lmemState);
lf = NULL;
ll = NULL;
li = -(1);
pr_getOutput(this, pr, & li,1,& lf,& ll);
if (pr->outOfMemory) return;
lastPlayFileFound = TRUE;
while (lf != NULL) {
lit = lf;
lf = lf->next;
lit->next = NULL;
if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PLAY)) {
lastPlayFileFound = picoos_FileExists(this->common, (picoos_char*)lit->data);
if (!lastPlayFileFound) {
PICODBG_WARN(("file '%s' not found; synthesizing enclosed text instead", lit->data));
picoos_emRaiseWarning(this->common->em, PICO_EXC_CANT_OPEN_FILE, (picoos_char*)"", (picoos_char*)"file '%s' not found; synthesizing enclosed text instead",lit->data);
}
}
if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_START)) {
pr->insidePhoneme = TRUE;
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME)&& pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_END)) {
pr->insidePhoneme = FALSE;
}
if ((pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PLAY) && !lastPlayFileFound)) {
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNORE) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_START)) {
if (lastPlayFileFound) {
pr->rignore++;
}
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNORE) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_END)) {
if (lastPlayFileFound) {
if (pr->rignore > 0) {
pr->rignore--;
}
}
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNSIG) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_START) && !lastPlayFileFound) {
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNSIG) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_END) && !lastPlayFileFound) {
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_CONTEXT)) {
if (pr->rignore <= 0) {
pr_setContext(this, pr, lit->data);
}
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_VOICE)) {
if (pr->rignore <= 0) {
pr_copyItem(this, pr_DynMem,lit,& lit2);
if (pr->outOfMemory) return;
pr_appendItem(this, & pr->routItemList,& pr->rlastOutItem, lit2);
}
} else {
if ((pr->rignore <= 0) && !(pr->insidePhoneme && (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PLAY) ||
pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNSIG)))) {
PICODBG_INFO(("pp out(1): '%s'", lit->data));
pr_copyItem(this, pr_DynMem,lit,& lit2);
if (pr->outOfMemory) return;
pr_appendItemToOutItemList(this, pr, & pr->routItemList,& pr->rlastOutItem,lit2);
if (pr->outOfMemory) return;
}
}
}
for (li = 0; li<pr->rbestpath.rlen; li++) {
with__0 = & pr->rbestpath.rele[li];
pr_disposeItem(this, & pr->ritems[with__0->ritemid+1]);
}
pr_resetMemState(this, pr_WorkMem, lmemState);
}
/* *****************************************************************************/
static void pr_compare (picoos_uchar str1lc[], picoos_uchar str2[], picoos_int16 * result)
{
picoos_int32 i;
picoos_int32 j;
picoos_int32 l;
picoos_uint32 pos;
picoos_bool finished1;
picoos_bool finished2;
picoos_bool done;
picobase_utf8char utf8char;
pos = 0;
l = picobase_get_next_utf8char(str2, PR_MAX_DATA_LEN, & pos,utf8char);
picobase_lowercase_utf8_str(utf8char,(picoos_char*)utf8char,PICOBASE_UTF8_MAXLEN+1, &done);
l = picobase_det_utf8_length(utf8char[0]);
j = 0;
i = 0;
while ((i < PR_MAX_DATA_LEN) && (str1lc[i] != 0) && (l > 0) && (j <= 3) && (str1lc[i] == utf8char[j])) {
i++;
j++;
if (j >= l) {
l = picobase_get_next_utf8char(str2, PR_MAX_DATA_LEN, & pos,utf8char);
picobase_lowercase_utf8_str(utf8char,(picoos_char*)utf8char,PICOBASE_UTF8_MAXLEN+1, &done);
l = picobase_det_utf8_length(utf8char[0]);
j = 0;
}
}
finished1 = (i >= PR_MAX_DATA_LEN) || (str1lc[i] == 0);
finished2 = (j > 3) || (utf8char[j] == 0);
if (finished1 && finished2) {
*result = PR_EQUAL;
} else if (finished1) {
*result = PR_SMALLER;
} else if (finished2) {
*result = PR_LARGER;
} else {
if (str1lc[i] < utf8char[j]) {
*result = PR_SMALLER;
} else {
*result = PR_LARGER;
}
}
}
static picoos_bool pr_hasToken (picokpr_TokSetWP * tswp, picokpr_TokSetNP * tsnp)
{
return (((( PR_TSE_MASK_SPACE | PR_TSE_MASK_DIGIT | PR_TSE_MASK_LETTER | PR_TSE_MASK_SEQ
| PR_TSE_MASK_CHAR | PR_TSE_MASK_BEGIN | PR_TSE_MASK_END) & (*tsnp)) != 0) ||
((PR_TSE_MASK_LEX & (*tswp)) != 0));
}
static picoos_bool pr_getNextToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
register struct pr_PathEle * with__0;
picoos_int32 len;
picokpr_TokSetNP npset;
len = pr->ractpath.rlen;
with__0 = & pr->ractpath.rele[len - 1];
npset = picokpr_getTokSetNP(with__0->rnetwork, with__0->rtok);
if ((len > 0) && (pr->ractpath.rlen < PR_MAX_PATH_LEN) && ((PR_TSE_MASK_NEXT & npset) != 0)) {
pr_initPathEle(& pr->ractpath.rele[len]);
pr->ractpath.rele[len].rnetwork = with__0->rnetwork;
pr->ractpath.rele[len].rtok = picokpr_getTokNextOfs(with__0->rnetwork, with__0->rtok);
pr->ractpath.rele[len].rdepth = with__0->rdepth;
pr->ractpath.rlen++;
return TRUE;
} else {
if (len >= PR_MAX_PATH_LEN) {
PICODBG_INFO(("max path len reached (pr_getNextToken)"));
}
return FALSE;
}
}
static picoos_bool pr_getAltToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
register struct pr_PathEle * with__0;
picokpr_TokArrOffset lTok;
picokpr_TokSetNP npset;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if ((pr->ractpath.rlen > 0) && (pr->ractpath.rlen < PR_MAX_PATH_LEN)) {
npset = picokpr_getTokSetNP(with__0->rnetwork, with__0->rtok);
if (with__0->rcompare == PR_SMALLER) {
if ((PR_TSE_MASK_ALTL & npset) != 0) {
lTok = picokpr_getTokAltLOfs(with__0->rnetwork, with__0->rtok);
} else {
return FALSE;
}
} else {
if ((PR_TSE_MASK_ALTR & npset) != 0) {
lTok = picokpr_getTokAltROfs(with__0->rnetwork, with__0->rtok);
} else {
return FALSE;
}
}
with__0->rlState = PR_LSInit;
with__0->rtok = lTok;
with__0->ritemid = -1;
with__0->rcompare = -1;
with__0->rprodname = 0;
with__0->rprodprefcost = 0;
return TRUE;
} else {
if (pr->ractpath.rlen >= PR_MAX_PATH_LEN) {
PICODBG_INFO(("max path len reached (pr_getAltToken)"));
}
return FALSE;
}
}
static picoos_bool pr_findProduction (picodata_ProcessingUnit this, pr_subobj_t * pr,
picoos_uchar str[], picokpr_Preproc * network, picokpr_TokArrOffset * tokOfs)
{
picoos_bool found;
picoos_int32 p;
picoos_int32 ind;
picoos_int32 i;
picoos_bool done;
picokpr_VarStrPtr lstrp;
picoos_int32 lprodarrlen;
ind = 0;
pr_getTermPartStr(str,& ind,'.',pr->tmpStr1,& done);
pr_getTermPartStr(str,& ind,'.',pr->tmpStr2,& done);
found = FALSE;
for (p=0; p<PR_MAX_NR_PREPROC; p++) {
if (!found && (pr->preproc[p] != NULL)) {
if (pr_strEqual(pr->tmpStr1, picokpr_getPreprocNetName(pr->preproc[p]))) {
i = 0;
lprodarrlen = picokpr_getProdArrLen(pr->preproc[p]);
while (!found && (i <= (lprodarrlen - 1))) {
lstrp = picokpr_getVarStrPtr(pr->preproc[p],picokpr_getProdNameOfs(pr->preproc[p], i));
if (pr_strEqual(pr->tmpStr2, lstrp)) {
*network = pr->preproc[p];
*tokOfs = picokpr_getProdATokOfs(pr->preproc[p], i);
return TRUE;
}
i++;
}
}
}
}
return FALSE;
}
static picoos_bool pr_getProdToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
register struct pr_PathEle * with__0;
picokpr_VarStrPtr lstrp;
picokpr_TokSetWP wpset;
if ((pr->ractpath.rlen > 0) && (pr->ractpath.rlen < PR_MAX_PATH_LEN)) {
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
wpset = picokpr_getTokSetWP(with__0->rnetwork, with__0->rtok);
if ((PR_TSE_MASK_PROD & wpset) != 0) {
if ((PR_TSE_MASK_PRODEXT & wpset) != 0) {
pr_initPathEle(& pr->ractpath.rele[pr->ractpath.rlen]);
lstrp = picokpr_getVarStrPtr(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEProdExt));
if (pr_findProduction(this, pr, lstrp,& pr->ractpath.rele[pr->ractpath.rlen].rnetwork,& pr->ractpath.rele[pr->ractpath.rlen].rtok)) {
with__0->rprodname = picokpr_getProdNameOfs(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok,PR_TSEProd));
with__0->rprodprefcost = picokpr_getProdPrefCost(with__0->rnetwork, pr_attrVal(with__0->rnetwork,with__0->rtok,PR_TSEProd));
pr->ractpath.rele[pr->ractpath.rlen].rdepth = with__0->rdepth + 1;
pr->ractpath.rlen++;
return TRUE;
} else {
return FALSE;
}
} else {
pr_initPathEle(& pr->ractpath.rele[pr->ractpath.rlen]);
pr->ractpath.rele[pr->ractpath.rlen].rnetwork = with__0->rnetwork;
pr->ractpath.rele[pr->ractpath.rlen].rtok = picokpr_getProdATokOfs(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok,PR_TSEProd));
with__0->rprodname = picokpr_getProdNameOfs(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEProd));
with__0->rprodprefcost = picokpr_getProdPrefCost(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEProd));
pr->ractpath.rele[pr->ractpath.rlen].rdepth = with__0->rdepth + 1;
pr->ractpath.rlen++;
return TRUE;
}
}
}
if (pr->ractpath.rlen >= PR_MAX_PATH_LEN) {
PICODBG_INFO(("max path len reached (pr_getProdToken)"));
}
return FALSE;
}
static picoos_bool pr_getProdContToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
picoos_int32 li;
li = pr->ractpath.rlen - 1;
while ((li > 0) && !((pr->ractpath.rele[li].rdepth == (pr->ractpath.rele[pr->ractpath.rlen - 1].rdepth - 1)) && ((PR_TSE_MASK_PROD &picokpr_getTokSetWP(pr->ractpath.rele[li].rnetwork, pr->ractpath.rele[li].rtok)) != 0))) {
li--;
}
if (((li >= 0) && (pr->ractpath.rlen < PR_MAX_PATH_LEN) && (PR_TSE_MASK_NEXT &picokpr_getTokSetNP(pr->ractpath.rele[li].rnetwork, pr->ractpath.rele[li].rtok)) != 0)) {
pr_initPathEle(& pr->ractpath.rele[pr->ractpath.rlen]);
pr->ractpath.rele[pr->ractpath.rlen].rnetwork = pr->ractpath.rele[li].rnetwork;
pr->ractpath.rele[pr->ractpath.rlen].rtok = picokpr_getTokNextOfs(pr->ractpath.rele[li].rnetwork, pr->ractpath.rele[li].rtok);
pr->ractpath.rele[pr->ractpath.rlen].rdepth = pr->ractpath.rele[li].rdepth;
pr->ractpath.rlen++;
return TRUE;
} else {
if (pr->ractpath.rlen >= PR_MAX_PATH_LEN) {
PICODBG_INFO(("max path len reached (pr_getProdContToken)"));
}
return FALSE;
}
}
/* *****************************************************************************/
static picoos_bool pr_getTopLevelToken (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_bool firstprod)
{
if (firstprod) {
if (pr->actCtx != NULL) {
pr->prodList = pr->actCtx->rProdList;
} else {
pr->prodList = NULL;
}
} else if (pr->prodList != NULL) {
pr->prodList = pr->prodList->rNext;
}
if ((pr->prodList != NULL) && (pr->prodList->rProdOfs != 0) && (picokpr_getProdATokOfs(pr->prodList->rNetwork, pr->prodList->rProdOfs) != 0)) {
pr_initPathEle(& pr->ractpath.rele[pr->ractpath.rlen]);
pr->ractpath.rele[pr->ractpath.rlen].rdepth = 1;
pr->ractpath.rele[pr->ractpath.rlen].rnetwork = pr->prodList->rNetwork;
pr->ractpath.rele[pr->ractpath.rlen].rtok = picokpr_getProdATokOfs(pr->prodList->rNetwork, pr->prodList->rProdOfs);
pr->ractpath.rele[pr->ractpath.rlen].rlState = PR_LSInit;
pr->ractpath.rele[pr->ractpath.rlen].rcompare = -1;
pr->ractpath.rele[pr->ractpath.rlen].rprodname = picokpr_getProdNameOfs(pr->prodList->rNetwork, pr->prodList->rProdOfs);
pr->ractpath.rele[pr->ractpath.rlen].rprodprefcost = picokpr_getProdPrefCost(pr->prodList->rNetwork, pr->prodList->rProdOfs);
pr->ractpath.rlen++;
return TRUE;
} else {
return FALSE;
}
}
static picoos_bool pr_getToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
picoos_int32 ln;
picoos_int32 lid;
ln = (pr->ractpath.rlen - 2);
while ((ln >= 0) && (pr->ractpath.rele[ln].ritemid == -1)) {
ln = ln - 1;
}
if (ln >= 0) {
lid = pr->ractpath.rele[ln].ritemid + 1;
} else {
lid = 0;
}
if (lid < pr->rnritems) {
pr->ractpath.rele[pr->ractpath.rlen - 1].ritemid = lid;
} else {
pr->ractpath.rele[pr->ractpath.rlen - 1].ritemid = -1;
}
return (lid < pr->rnritems);
}
static picoos_bool pr_getNextMultiToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
picoos_int32 len;
len = pr->ractpath.rlen;
if ((len > 0) && (len < PR_MAX_PATH_LEN)) {
pr->ractpath.rele[len].rtok = pr->ractpath.rele[len - 1].rtok;
pr->ractpath.rele[len].ritemid = -(1);
pr->ractpath.rele[len].rcompare = pr->ractpath.rele[len - 1].rcompare;
pr->ractpath.rele[len].rdepth = pr->ractpath.rele[len - 1].rdepth;
pr->ractpath.rele[len].rlState = PR_LSInit;
pr->ractpath.rlen++;
return TRUE;
} else {
if (len >= PR_MAX_PATH_LEN) {
PICODBG_INFO(("max path len reached (pr_getNextMultiToken)"));
}
return FALSE;
}
return FALSE;
}
static pr_MatchState pr_matchMultiToken (picodata_ProcessingUnit this, pr_subobj_t * pr,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
picoos_bool lcontinue=FALSE;
picoos_bool lmatch=FALSE;
if (lmatch) {
return PR_MSMatchedMulti;
} else if (lcontinue) {
return PR_MSMatchedContinue;
} else {
return PR_MSNotMatched;
}
pr = pr; /* avoid warning "var not used in this function"*/
npset = npset; /* avoid warning "var not used in this function"*/
wpset = wpset; /* avoid warning "var not used in this function"*/
}
static pr_MatchState pr_matchTokensSpace (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int32 cmpres,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
register struct pr_PathEle * with__0;
picoos_int32 llen;
picoos_int32 lulen;
picoos_int32 li;
picokpr_VarStrPtr lstrp;
picoos_int32 leol;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if ((PR_TSE_MASK_SPACE & npset) == 0) {
return PR_MSNotMatched;
}
lstrp = (picokpr_VarStrPtr)&pr->ritems[with__0->ritemid+1]->data;
lulen = picobase_utf8_length(lstrp,PR_MAX_DATA_LEN);
if (((PR_TSE_MASK_LEN & wpset) != 0) && (lulen != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSELen))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MIN & wpset) != 0) && (lulen < pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMin))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MAX & wpset) != 0) && (lulen > pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMax))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_STR & wpset) != 0) && (cmpres != PR_EQUAL)) {
return PR_MSNotMatched;
}
if ((PR_TSE_MASK_VAL & wpset) != 0) {
leol = 0;
llen = pr_strlen(lstrp);
for (li = 0; li < llen; li++) {
if (lstrp[li] == PR_EOL) {
leol++;
}
}
if (leol != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVal)) {
return PR_MSNotMatched;
}
}
if (((PR_TSE_MASK_ID & wpset) != 0) && (pr->ritems[with__0->ritemid+1]->head.info2 != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEID))) {
return PR_MSNotMatched;
}
return PR_MSMatched;
}
static pr_MatchState pr_matchTokensDigit (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int32 cmpres,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
register struct pr_PathEle * with__0;
picoos_int32 lulen;
picoos_int32 lval;
picokpr_VarStrPtr lstrp;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if ((PR_TSE_MASK_DIGIT & npset) == 0) {
return PR_MSNotMatched;
}
lstrp = (picokpr_VarStrPtr)&pr->ritems[with__0->ritemid+1]->data;
lulen = picobase_utf8_length(lstrp,PR_MAX_DATA_LEN);
if ((((PR_TSE_MASK_LEN & wpset) != 0) && (lulen != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSELen)))) {
return PR_MSNotMatched;
}
lval = pr->ritems[with__0->ritemid+1]->val;
if (((PR_TSE_MASK_MIN & wpset) != 0) && (lval < pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMin))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MAX & wpset) != 0) && (lval > pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMax))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_STR & wpset) != 0) && (cmpres != PR_EQUAL)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_VAL & wpset) != 0) && (lval != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEVal))) {
return PR_MSNotMatched;
}
if ((((PR_TSE_MASK_NLZ & npset) != 0) && lstrp[0] == '0')) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_HEAD & wpset) != 0) && !(picokpr_isEqualHead(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEHead)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MID & wpset) != 0) && !(picokpr_isEqualMid(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMid)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_TAIL & wpset) != 0) && !(picokpr_isEqualTail(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSETail)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ID & wpset) != 0) && (pr->ritems[with__0->ritemid+1]->head.info2 != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEID))) {
return PR_MSNotMatched;
}
return PR_MSMatched;
}
static pr_MatchState pr_matchTokensSeq (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int32 cmpres,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
register struct pr_PathEle * with__0;
picoos_int32 lulen;
picokpr_VarStrPtr lstrp;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if (!((PR_TSE_MASK_SEQ & npset) != 0)) {
return PR_MSNotMatched;
}
lstrp = (picokpr_VarStrPtr)(void *) &pr->ritems[with__0->ritemid+1]->data;
lulen = picobase_utf8_length(lstrp,PR_MAX_DATA_LEN);
if (((PR_TSE_MASK_LEN & wpset) != 0) && (lulen != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSELen))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MIN & wpset) != 0) && (lulen < pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMin))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MAX & wpset) != 0) && (lulen > pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMax))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_STR & wpset) != 0) && (cmpres != PR_EQUAL)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_HEAD & wpset) != 0) && !(picokpr_isEqualHead(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEHead)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MID & wpset) != 0) && !(picokpr_isEqualMid(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN ,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMid)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_TAIL & wpset) != 0) && !(picokpr_isEqualTail(with__0->rnetwork,lstrp,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSETail)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ID & wpset) != 0) && (pr->ritems[with__0->ritemid+1]->head.info2 != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEID))) {
return PR_MSNotMatched;
}
return PR_MSMatched;
}
static pr_MatchState pr_matchTokensChar (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int32 cmpres,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
register struct pr_PathEle * with__0;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if (!((PR_TSE_MASK_CHAR & npset) != 0)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_STR & wpset) != 0) && (cmpres != PR_EQUAL)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ID & wpset) != 0) && (pr->ritems[with__0->ritemid+1]->head.info2 != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEID))) {
return PR_MSNotMatched;
}
return PR_MSMatched;
}
static pr_MatchState pr_matchTokensLetter (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int32 cmpres,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
register struct pr_PathEle * with__0;
picoos_int32 lulen;
picoos_int32 lromanval;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
if ( !((PR_TSE_MASK_LETTER & npset) != 0)) {
return PR_MSNotMatched;
}
lulen = picobase_utf8_length(pr->ritems[with__0->ritemid+1]->data, PR_MAX_DATA_LEN);
if (((PR_TSE_MASK_LEN & wpset) != 0) && (lulen != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSELen))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MIN & wpset) != 0) && (lulen < pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMin))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MAX & wpset) != 0) && (lulen > pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMax))) {
return PR_MSNotMatched;
}
if ((PR_TSE_MASK_CI & npset) != 0) {
if (((PR_TSE_MASK_STR & wpset) != 0) && (cmpres != PR_EQUAL)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_HEAD & wpset) != 0) && !(picokpr_isEqualHead(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strci,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEHead)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MID & wpset) != 0) && !(picokpr_isEqualMid(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strci,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMid)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_TAIL & wpset) != 0) && !(picokpr_isEqualTail(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strci,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSETail)))) {
return PR_MSNotMatched;
}
} else if ((PR_TSE_MASK_CIS & npset) != 0) {
if (((PR_TSE_MASK_STR & wpset) != 0) && !(picokpr_isEqual(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strcis,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEStr)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_HEAD & wpset) != 0) && !(picokpr_isEqualHead(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strcis,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEHead)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MID & wpset) != 0) && !(picokpr_isEqualMid(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strcis,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMid)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_TAIL & wpset) != 0) && !(picokpr_isEqualTail(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->strcis,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSETail)))) {
return PR_MSNotMatched;
}
} else {
if (((PR_TSE_MASK_STR & wpset) != 0) && !(picokpr_isEqual(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->data,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEStr)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_HEAD & wpset) != 0) && !(picokpr_isEqualHead(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->data,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEHead)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_MID & wpset) != 0) && !(picokpr_isEqualMid(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->data,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEMid)))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_TAIL & wpset) != 0) && !(picokpr_isEqualTail(with__0->rnetwork,pr->ritems[with__0->ritemid+1]->data,PR_MAX_DATA_LEN,pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSETail)))) {
return PR_MSNotMatched;
}
}
if (((PR_TSE_MASK_AUC & npset) != 0) && !(pr->ritems[with__0->ritemid+1]->auc)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ALC & npset) != 0) && !(pr->ritems[with__0->ritemid+1]->alc)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_SUC & npset) != 0) && !(pr->ritems[with__0->ritemid+1]->suc)) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ROMAN & npset) != 0) && !(pr_isLatinNumber(pr->ritems[with__0->ritemid+1]->data,& lromanval))) {
return PR_MSNotMatched;
}
if (((PR_TSE_MASK_ID & wpset) != 0) && (pr->ritems[with__0->ritemid+1]->head.info2 != pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEID))) {
return PR_MSNotMatched;
}
return PR_MSMatched;
}
static pr_MatchState pr_matchTokensBegin (picodata_ProcessingUnit this, pr_subobj_t * pr,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
npset = npset; /* avoid warning "var not used in this function"*/
wpset = wpset; /* avoid warning "var not used in this function"*/
if ((PR_TSE_MASK_BEGIN &picokpr_getTokSetNP(pr->ractpath.rele[pr->ractpath.rlen - 1].rnetwork, pr->ractpath.rele[pr->ractpath.rlen - 1].rtok)) != 0) {
return PR_MSMatched;
} else {
return PR_MSNotMatched;
}
}
static pr_MatchState pr_matchTokensEnd (picodata_ProcessingUnit this, pr_subobj_t * pr,
picokpr_TokSetNP npset, picokpr_TokSetWP wpset)
{
npset = npset; /* avoid warning "var not used in this function"*/
wpset = wpset; /* avoid warning "var not used in this function"*/
if ((PR_TSE_MASK_END &picokpr_getTokSetNP(pr->ractpath.rele[pr->ractpath.rlen - 1].rnetwork, pr->ractpath.rele[pr->ractpath.rlen - 1].rtok)) != 0) {
return PR_MSMatched;
} else {
return PR_MSNotMatched;
}
}
static pr_MatchState pr_matchTokens (picodata_ProcessingUnit this, pr_subobj_t * pr, picoos_int16 * cmpres)
{
register struct pr_PathEle * with__0;
picokpr_VarStrPtr lstrp;
picokpr_TokSetNP npset;
picokpr_TokSetWP wpset;
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
npset = picokpr_getTokSetNP(with__0->rnetwork, with__0->rtok);
wpset = picokpr_getTokSetWP(with__0->rnetwork, with__0->rtok);
*cmpres = PR_EQUAL;
if ((PR_TSE_MASK_STR & wpset) != 0) {
lstrp = picokpr_getVarStrPtr(with__0->rnetwork, pr_attrVal(with__0->rnetwork, with__0->rtok, PR_TSEStr));
pr_compare(pr->ritems[with__0->ritemid+1]->strci,lstrp,cmpres);
}
if (((PR_TSE_MASK_LEX & wpset) == PR_TSE_MASK_LEX) && ((PR_TSE_MASK_LETTER & npset) == 0)) {
return pr_matchMultiToken(this, pr, npset, wpset);
} else {
switch (pr->ritems[with__0->ritemid+1]->head.info1) {
case PICODATA_ITEMINFO1_TOKTYPE_BEGIN:
return pr_matchTokensBegin(this, pr, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_END:
return pr_matchTokensEnd(this, pr, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_SPACE:
return pr_matchTokensSpace(this, pr, *cmpres, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_DIGIT:
return pr_matchTokensDigit(this, pr, *cmpres, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_LETTER:
return pr_matchTokensLetter(this, pr, *cmpres, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_SEQ:
return pr_matchTokensSeq(this, pr, *cmpres, npset, wpset);
break;
case PICODATA_ITEMINFO1_TOKTYPE_CHAR:
return pr_matchTokensChar(this, pr, *cmpres, npset, wpset);
break;
default:
PICODBG_INFO(("pr_matchTokens: unknown token type"));
return PR_MSNotMatched;
break;
}
}
}
static void pr_calcPathCost (struct pr_Path * path)
{
picoos_int32 li;
picoos_bool lfirst;
picokpr_TokSetWP wpset;
picokpr_TokSetNP npset;
#if PR_TRACE_PATHCOST
picoos_uchar str[1000];
picoos_uchar * strp;
#endif
#if PR_TRACE_PATHCOST
str[0] = 0;
#endif
lfirst = TRUE;
path->rcost = PR_COST_INIT;
for (li = 0; li < path->rlen; li++) {
if (li == 0) {
path->rcost = path->rcost + path->rele[li].rprodprefcost;
}
wpset = picokpr_getTokSetWP(path->rele[li].rnetwork, path->rele[li].rtok);
npset = picokpr_getTokSetNP(path->rele[li].rnetwork, path->rele[li].rtok);
if ((PR_TSE_MASK_COST & wpset) != 0) {
if (((PR_TSE_MASK_LEX & wpset) == PR_TSE_MASK_LEX) && ((PR_TSE_MASK_LETTER & npset) == 0)) {
if (lfirst) {
path->rcost = path->rcost - PR_COST + pr_attrVal(path->rele[li].rnetwork, path->rele[li].rtok, PR_TSECost);
} else {
path->rcost = path->rcost - PR_COST;
}
lfirst = FALSE;
} else {
path->rcost = path->rcost - PR_COST + pr_attrVal(path->rele[li].rnetwork, path->rele[li].rtok, PR_TSECost);
lfirst = TRUE;
}
} else if (pr_hasToken(& wpset,& npset)) {
path->rcost = path->rcost - PR_COST;
}
#if PR_TRACE_PATHCOST
if ((path->rele[li].rprodname != 0)) {
strp = picokpr_getVarStrPtr(path->rele[li].rnetwork, path->rele[li].rprodname);
picoos_strcat(str, (picoos_char *)" ");
picoos_strcat(str, strp);
}
#endif
}
#if PR_TRACE_PATHCOST
PICODBG_INFO(("pp cost: %i %s", path->rcost, str));
#endif
}
void pr_processToken (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
register struct pr_PathEle * with__0;
picoos_bool ldummy;
picoos_int32 li;
picokpr_TokSetNP npset;
picokpr_TokSetWP wpset;
do {
pr->rgState = PR_GSContinue;
if ((pr->ractpath.rlen == 0)) {
if (pr_getTopLevelToken(this, pr, FALSE)) {
pr->rgState = PR_GSContinue;
} else if (pr->rbestpath.rlen == 0) {
pr->rgState = PR_GSNotFound;
} else {
pr->rgState = PR_GSFound;
}
} else {
if (pr->maxPathLen < pr->ractpath.rlen) {
pr->maxPathLen = pr->ractpath.rlen;
}
with__0 = & pr->ractpath.rele[pr->ractpath.rlen - 1];
switch (with__0->rlState) {
case PR_LSInit:
npset = picokpr_getTokSetNP(with__0->rnetwork, with__0->rtok);
wpset = picokpr_getTokSetWP(with__0->rnetwork, with__0->rtok);
if ((PR_TSE_MASK_ACCEPT & npset) != 0){
if (with__0->rdepth == 1) {
pr_calcPathCost(&pr->ractpath);
if ((pr->rbestpath.rlen == 0) || (pr->ractpath.rcost < pr->rbestpath.rcost)) {
pr->rbestpath.rlen = pr->ractpath.rlen;
pr->rbestpath.rcost = pr->ractpath.rcost;
for (li = 0; li < pr->ractpath.rlen; li++) {
pr->rbestpath.rele[li] = pr->ractpath.rele[li];
}
}
with__0->rlState = PR_LSGetNextToken;
} else {
with__0->rlState = PR_LSGetProdContToken;
}
} else if ((PR_TSE_MASK_PROD & wpset) != 0) {
with__0->rlState = PR_LSGetProdToken;
} else if ((PR_TSE_MASK_OUT & wpset) != 0) {
with__0->rlState = PR_LSGetNextToken;
} else if (pr_hasToken(& wpset,& npset)) {
with__0->rlState = PR_LSGetToken;
} else {
with__0->rlState = PR_LSGetNextToken;
}
break;
case PR_LSGetProdToken:
with__0->rlState = PR_LSGetAltToken;
ldummy = pr_getProdToken(this, pr);
break;
case PR_LSGetProdContToken:
with__0->rlState = PR_LSGetAltToken;
ldummy = pr_getProdContToken(this, pr);
break;
case PR_LSGoBack:
pr->ractpath.rlen--;
break;
case PR_LSGetToken:
if (pr_getToken(this, pr)) {
with__0->rlState = PR_LSMatch;
} else if (pr->forceOutput) {
with__0->rlState = PR_LSGetAltToken;
} else {
with__0->rlState = PR_LSGetToken2;
pr->rgState = PR_GSNeedToken;
}
break;
case PR_LSGetToken2:
if (pr_getToken(this, pr)) {
with__0->rlState = PR_LSMatch;
} else {
with__0->rlState = PR_LSGoBack;
}
break;
case PR_LSMatch:
switch (pr_matchTokens(this, pr, & with__0->rcompare)) {
case PR_MSMatched:
with__0->rlState = PR_LSGetNextToken;
break;
case PR_MSMatchedContinue:
with__0->rlState = PR_LSGetAltToken;
ldummy = pr_getNextMultiToken(this, pr);
break;
case PR_MSMatchedMulti:
with__0->rlState = PR_LSGetNextToken;
ldummy = pr_getNextMultiToken(this, pr);
break;
default:
with__0->rlState = PR_LSGetAltToken;
break;
}
break;
case PR_LSGetNextToken:
with__0->rlState = PR_LSGetAltToken;
ldummy = pr_getNextToken(this, pr);
break;
case PR_LSGetAltToken:
with__0->rlState = PR_LSGoBack;
ldummy = pr_getAltToken(this, pr);
break;
default:
PICODBG_INFO(("unhandled local state"));
break;
}
}
pr->nrIterations--;
} while ((pr->rgState == PR_GSContinue) && (pr->nrIterations > 0));
}
void pr_process (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
switch (pr->rgState) {
case PR_GS_START:
case PR_GSFound:
case PR_GSNotFound:
pr->ractpath.rlen = 0;
pr->ractpath.rcost = PR_COST_INIT;
pr->rbestpath.rlen = 0;
pr->rbestpath.rcost = PR_COST_INIT;
if (pr_getTopLevelToken(this, pr, TRUE)) {
pr->rgState = PR_GSContinue;
} else {
pr->rgState = PR_GSNotFound;
}
break;
case PR_GSContinue:
pr_processToken(this, pr);
break;
case PR_GSNeedToken:
pr->rgState = PR_GSContinue;
break;
default:
pr->rgState = PR_GS_START;
break;
}
}
static void pr_prepareItem (picodata_ProcessingUnit this, pr_subobj_t * pr, pr_ioItemPtr item)
{
pr->ritems[pr->rnritems + 1] = item;
pr->rnritems++;
}
static void pr_processItems (picodata_ProcessingUnit this, pr_subobj_t * pr)
{
pr_ioItemPtr lit;
pr_MemState lmemState;
pr_getMemState(this, pr_WorkMem,& lmemState);
while ((pr->rinItemList != NULL) && (pr->rinItemList->head.type != PICODATA_ITEM_TOKEN)) {
lit = pr->rinItemList;
PICODBG_INFO(("pp in (0)"));
PICODBG_INFO(("pp out(0)"));
pr->rinItemList = pr->rinItemList->next;
lit->next = NULL;
if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_START)) {
pr->insidePhoneme = TRUE;
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_END)) {
pr->insidePhoneme = FALSE;
}
if (pr->insidePhoneme && (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PLAY) || pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNSIG))) {
pr_disposeItem(this, & lit);
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_CONTEXT)) {
pr_setContext(this, pr, lit->data);
pr_disposeItem(this, & lit);
} else if (pr->rignore <= 0) {
pr_appendItemToOutItemList(this, pr, & pr->routItemList,& pr->rlastOutItem,lit);
if (pr->outOfMemory) return;
} else {
pr_disposeItem(this, & lit);
}
pr->rgState = PR_GS_START;
}
if (pr->rinItemList != NULL) {
pr_process(this, pr);
if (pr->rgState == PR_GSNotFound) {
lit = pr->rinItemList;
pr->rinItemList = pr->rinItemList->next;
lit->next = NULL;
PICODBG_INFO(("pp in (2): '%s'", lit->data));
if (pr->rignore <= 0) {
PICODBG_INFO(("pp out(2): '%s'", lit->data));
}
if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_START)) {
pr->insidePhoneme = TRUE;
} else if (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PHONEME) && pr_isCmdInfo2(lit, PICODATA_ITEMINFO2_CMD_END)) {
pr->insidePhoneme = FALSE;
}
if (((pr->rignore <= 0) && !((pr->insidePhoneme && (pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_PLAY) || pr_isCmdType(lit,PICODATA_ITEMINFO1_CMD_IGNSIG)))))) {
pr_appendItemToOutItemList(this, pr, & pr->routItemList,& pr->rlastOutItem,lit);
if (pr->outOfMemory) return;
} else {
pr_disposeItem(this, & lit);
}
pr->rgState = PR_GS_START;
pr->rnritems = 0;
} else if (pr->rgState == PR_GSFound) {
pr_outputPath(this, pr);
if (pr->outOfMemory) return;
pr->rgState = PR_GS_START;
pr->rnritems = 0;
}
}
if (pr->rinItemList == NULL) {
pr->rlastInItem = NULL;
} else if (pr->rnritems == 0) {
lit = pr->rinItemList;
while (lit != NULL) {
if (lit->head.type == PICODATA_ITEM_TOKEN) {
pr_prepareItem(this, pr, lit);
}
lit = lit->next;
}
}
pr_resetMemState(this, pr_WorkMem,lmemState);
}
extern void pr_treatItem (picodata_ProcessingUnit this, pr_subobj_t * pr, pr_ioItemPtr item)
{
pr_ioItemPtr lit;
pr_startItemList(& pr->routItemList,& pr->rlastOutItem);
if (!PR_ENABLED || (pr->rgState == PR_GSNoPreproc)) {
/* preprocessing disabled or no preproc networks available:
append items directly to output item list */
PICODBG_INFO(("pp in (3): '%s'", item->data));
PICODBG_INFO(("pp out(3): '%s'", item->data));
pr_appendItemToOutItemList(this, pr, & pr->routItemList,& pr->rlastOutItem,item);
} else {
if (pr->actCtxChanged) {
pr->rgState = PR_GS_START;
pr->ractpath.rcost = PR_COST_INIT;
pr->ractpath.rlen = 0;
pr->rbestpath.rcost = PR_COST_INIT;
pr->rbestpath.rlen = 0;
pr->prodList = NULL;
pr->rnritems = 0;
pr->actCtxChanged = FALSE;
}
if (pr_isCmdType(item , PICODATA_ITEMINFO1_CMD_CONTEXT) || pr_isCmdType(item, PICODATA_ITEMINFO1_CMD_FLUSH)) {
/* context switch or flush: force processing and empty input item list */
pr->forceOutput = TRUE;
}
pr_appendItem(this, & pr->rinItemList,& pr->rlastInItem, item);
if (pr->rnritems == 0) {
lit = pr->rinItemList;
while (lit != NULL) {
if (lit->head.type == PICODATA_ITEM_TOKEN) {
pr_prepareItem(this, pr, lit);
}
lit = lit->next;
}
} else if (item->head.type == PICODATA_ITEM_TOKEN) {
pr_prepareItem(this, pr, item);
}
}
}
/* *****************************************************************************/
/* *****************************************************************************/
/* *****************************************************************************/
pico_status_t prReset(register picodata_ProcessingUnit this, picoos_int32 resetMode)
{
picoos_int32 i;
pr_subobj_t * pr;
if (NULL == this || NULL == this->subObj) {
return PICO_ERR_OTHER;
}
pr = (pr_subobj_t *) this->subObj;
pr->rinItemList = NULL;
pr->rlastInItem = NULL;
pr->routItemList = NULL;
pr->rlastOutItem = NULL;
pr->ractpath.rcost = PR_COST_INIT;
pr->ractpath.rlen = 0;
pr->rbestpath.rcost = PR_COST_INIT;
pr->rbestpath.rlen = 0;
pr->rnritems = 0;
pr->ritems[0] = NULL;
pr->rignore = 0;
pr->spellMode = 0;
pr->maxPathLen = 0;
pr->insidePhoneme = FALSE;
pr->saveFile[0] = 0;
pr->outReadPos = 0;
pr->outWritePos = 0;
pr->inBufLen = 0;
pr->rgState = PR_GSNoPreproc;
for (i=0; i<PR_MAX_NR_PREPROC; i++) {
if (pr->preproc[i] != NULL) {
pr->rgState = PR_GS_START;
}
}
pr->actCtx = pr_findContext(pr->ctxList, (picoos_uchar*)PICO_CONTEXT_DEFAULT);
pr->actCtxChanged = FALSE;
pr->prodList = NULL;
if (((uintptr_t)pr->pr_WorkMem % PICOOS_ALIGN_SIZE) == 0) {
pr->workMemTop = 0;
}
else {
pr->workMemTop = PICOOS_ALIGN_SIZE - ((uintptr_t)pr->pr_WorkMem % PICOOS_ALIGN_SIZE);
}
pr->maxWorkMemTop=0;
pr->dynMemSize=0;
pr->maxDynMemSize=0;
/* this is ok to be in 'initialize' because it is a private memory within pr. Creating a new mm
* here amounts to resetting this internal memory
*/
pr->dynMemMM = picoos_newMemoryManager((void *)pr->pr_DynMem, PR_DYN_MEM_SIZE,
/*enableMemProt*/ FALSE);
pr->outOfMemory = FALSE;
pr->forceOutput = FALSE;
if (resetMode == PICO_RESET_SOFT) {
/*following initializations needed only at startup or after a full reset*/
return PICO_OK;
}
pr->xsampa_parser = picokfst_getFST(this->voice->kbArray[PICOKNOW_KBID_FST_XSAMPA_PARSE]);
pr->svoxpa_parser = picokfst_getFST(this->voice->kbArray[PICOKNOW_KBID_FST_SVOXPA_PARSE]);
pr->xsampa2svoxpa_mapper = picokfst_getFST(this->voice->kbArray[PICOKNOW_KBID_FST_XSAMPA2SVOXPA]);
return PICO_OK;
}
pico_status_t prInitialize(register picodata_ProcessingUnit this, picoos_int32 resetMode)
{
/*
if (NULL == this || NULL == this->subObj) {
return PICO_ERR_OTHER;
}
*/
return prReset(this, resetMode);
}
pico_status_t prTerminate(register picodata_ProcessingUnit this)
{
return PICO_OK;
}
picodata_step_result_t prStep(register picodata_ProcessingUnit this, picoos_int16 mode, picoos_uint16 * numBytesOutput);
pico_status_t prSubObjDeallocate(register picodata_ProcessingUnit this,
picoos_MemoryManager mm)
{
pr_subobj_t * pr;
if (NULL != this) {
pr = (pr_subobj_t *) this->subObj;
mm = mm; /* avoid warning "var not used in this function"*/
PICODBG_INFO(("max pr_WorkMem: %i of %i", pr->maxWorkMemTop, PR_WORK_MEM_SIZE));
PICODBG_INFO(("max pr_DynMem: %i of %i", pr->maxDynMemSize, PR_DYN_MEM_SIZE));
pr_disposeContextList(this);
picoos_deallocate(this->common->mm, (void *) &this->subObj);
}
return PICO_OK;
}
picodata_ProcessingUnit picopr_newPreprocUnit(picoos_MemoryManager mm, picoos_Common common,
picodata_CharBuffer cbIn, picodata_CharBuffer cbOut,
picorsrc_Voice voice)
{
picoos_int32 i;
pr_subobj_t * pr;
picodata_ProcessingUnit this = picodata_newProcessingUnit(mm, common, cbIn, cbOut, voice);
if (this == NULL) {
return NULL;
}
this->initialize = prInitialize;
PICODBG_DEBUG(("set this->step to prStep"));
this->step = prStep;
this->terminate = prTerminate;
this->subDeallocate = prSubObjDeallocate;
this->subObj = picoos_allocate(mm, sizeof(pr_subobj_t));
#if PR_TRACE_MEM || PR_TRACE_MAX_MEM
PICODBG_INFO(("preproc alloc: %i", sizeof(pr_subobj_t)));
PICODBG_INFO(("max dyn size: %i", PR_MAX_PATH_LEN*((((PR_IOITEM_MIN_SIZE+2) + PICOOS_ALIGN_SIZE - 1) / PICOOS_ALIGN_SIZE) * PICOOS_ALIGN_SIZE + 16)));
#endif
if (this->subObj == NULL) {
picoos_deallocate(mm, (void *)&this);
return NULL;
}
pr = (pr_subobj_t *) this->subObj;
pr->graphs = picoktab_getGraphs(this->voice->kbArray[PICOKNOW_KBID_TAB_GRAPHS]);
pr->preproc[0] = picokpr_getPreproc(this->voice->kbArray[PICOKNOW_KBID_TPP_MAIN]);
for (i=0; i<PICOKNOW_MAX_NUM_UTPP; i++) {
pr->preproc[1+i] = picokpr_getPreproc(this->voice->kbArray[PICOKNOW_KBID_TPP_USER_1+i]);
}
if (pr_createContextList(this) != PICO_OK) {
pr_disposeContextList(this);
picoos_deallocate(mm, (void *)&this);
return NULL;
}
prInitialize(this, PICO_RESET_FULL);
return this;
}
/**
* fill up internal buffer
*/
picodata_step_result_t prStep(register picodata_ProcessingUnit this,
picoos_int16 mode, picoos_uint16 * numBytesOutput)
{
register pr_subobj_t * pr;
pr_ioItemPtr it;
picoos_int32 len, i;
pico_status_t rv;
picoos_int32 id;
picoos_uint8 info1;
picoos_uint8 info2;
picoos_int32 nrUtfChars;
picoos_uint32 pos;
picobase_utf8char inUtf8char, outUtf8char;
picoos_int32 inUtf8charlen, outUtf8charlen;
picoos_int32 lenpos;
picoos_bool ldone;
picoos_bool split;
if (NULL == this || NULL == this->subObj) {
return PICODATA_PU_ERROR;
}
pr = (pr_subobj_t *) this->subObj;
if (pr->outOfMemory) return PICODATA_PU_ERROR;
mode = mode; /* avoid warning "var not used in this function"*/
pr->nrIterations = PR_MAX_NR_ITERATIONS;
*numBytesOutput = 0;
while (1) { /* exit via return */
if ((pr->outWritePos - pr->outReadPos) > 0) {
/* deliver the data in the output buffer */
if (picodata_cbPutItem(this->cbOut, &pr->outBuf[pr->outReadPos], pr->outWritePos - pr->outReadPos, numBytesOutput) == PICO_OK) {
pr->outReadPos += *numBytesOutput;
if (pr->outWritePos == pr->outReadPos) {
pr->outWritePos = 0;
pr->outReadPos = 0;
}
}
else {
return PICODATA_PU_OUT_FULL;
}
}
else if (pr->routItemList != NULL) {
/* there are item(s) in the output item list, move them to the output buffer */
it = pr->routItemList;
pr->routItemList = pr->routItemList->next;
if (pr->routItemList == NULL) {
pr->rlastOutItem = NULL;
}
if (it->head.type == PICODATA_ITEM_TOKEN) {
if ((it->head.info1 != PICODATA_ITEMINFO1_TOKTYPE_SPACE) && (it->head.len > 0)) {
nrUtfChars = picobase_utf8_length(it->data, PR_MAX_DATA_LEN);
if ((nrUtfChars == 1)
&& (((id = picoktab_graphOffset(pr->graphs, it->data)) > 0))
&& picoktab_getIntPropPunct(pr->graphs, id, &info1, &info2)) {
/* single punctuation chars have to be delivered as PICODATA_ITEM_PUNC items
instead as PICODATA_ITEM_WORDGRAPH items */
pr->outBuf[pr->outWritePos++] = PICODATA_ITEM_PUNC;
pr->outBuf[pr->outWritePos++] = info1;
pr->outBuf[pr->outWritePos++] = info2;
pr->outBuf[pr->outWritePos++] = 0;
PICODATA_INFO_ITEM(this->voice->kbArray[PICOKNOW_KBID_DBG],
(picoos_uint8 *)"pr: ", pr->outBuf, pr->outWritePos);
}
else {
/* do subgraphs substitutions and deliver token items as PICODATA_ITEM_WORDGRAPH
items to the output buffer */
split = FALSE;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEM_WORDGRAPH;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO1_NA;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO2_NA;
lenpos=pr->outWritePos;
pr->outBuf[pr->outWritePos++] = 0;
pos = 0;
len = pr_strlen(it->data);
while (pos < (picoos_uint32)len) {
if (picobase_get_next_utf8char(it->data, it->head.len, &pos, inUtf8char)) {
if (inUtf8char[0] <= 32) {
/* do not add whitespace characters to the output buffer,
but initiate token splitting instead
*/
split = TRUE;
}
else if (((id = picoktab_graphOffset(pr->graphs, inUtf8char)) > 0) && picoktab_getStrPropGraphsubs1(pr->graphs, id, outUtf8char)) {
if (split) {
/* split the token, eg. start a new item */
pr->outBuf[pr->outWritePos++] = PICODATA_ITEM_WORDGRAPH;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO1_NA;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO2_NA;
lenpos=pr->outWritePos;
pr->outBuf[pr->outWritePos++] = 0;
}
outUtf8charlen = picobase_det_utf8_length(outUtf8char[0]);
for (i=0; i<outUtf8charlen; i++) {
pr->outBuf[pr->outWritePos++] = outUtf8char[i];
pr->outBuf[lenpos]++;
}
if (picoktab_getStrPropGraphsubs2(pr->graphs, id, outUtf8char)) {
outUtf8charlen = picobase_det_utf8_length(outUtf8char[0]);
for (i=0; i<outUtf8charlen; i++) {
pr->outBuf[pr->outWritePos++] = outUtf8char[i];
pr->outBuf[lenpos]++;
}
}
split = FALSE;
}
else {
if (split) {
/* split the token, eg. start a new item */
pr->outBuf[pr->outWritePos++] = PICODATA_ITEM_WORDGRAPH;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO1_NA;
pr->outBuf[pr->outWritePos++] = PICODATA_ITEMINFO2_NA;
lenpos=pr->outWritePos;
pr->outBuf[pr->outWritePos++] = 0;
}
inUtf8charlen = picobase_det_utf8_length(inUtf8char[0]);
for (i=0; i<inUtf8charlen; i++) {
pr->outBuf[pr->outWritePos++] = inUtf8char[i];
pr->outBuf[lenpos]++;
}
split = FALSE;
}
}
}
PICODATA_INFO_ITEM(this->voice->kbArray[PICOKNOW_KBID_DBG],
(picoos_uint8 *)"pr: ", pr->outBuf, pr->outWritePos);
}
}
}
else {
/* handle all other item types and put them to the output buffer */
pr->outBuf[pr->outWritePos++] = it->head.type;
pr->outBuf[pr->outWritePos++] = it->head.info1;
pr->outBuf[pr->outWritePos++] = it->head.info2;
pr->outBuf[pr->outWritePos++] = it->head.len;
for (i=0; i<it->head.len; i++) {
pr->outBuf[pr->outWritePos++] = it->data[i];
}
PICODATA_INFO_ITEM(this->voice->kbArray[PICOKNOW_KBID_DBG],
(picoos_uint8 *)"pr: ", pr->outBuf, pr->outWritePos);
}
pr_disposeItem(this, &it);
}
else if (pr->forceOutput) {
pr_processItems(this, pr);
if (pr->rinItemList == NULL) {
pr->forceOutput = FALSE;
}
}
else if ((pr->rgState != PR_GSNeedToken) && (pr->rinItemList != NULL)) {
pr_processItems(this, pr);
}
else if (pr->inBufLen > 0) {
/* input data is available in the input buffer, copy it to an input item
and treat it */
if (pr->dynMemSize < (45*PR_DYN_MEM_SIZE / 100)) {
pr_newItem(this, pr_DynMem, &it, pr->inBuf[0], pr->inBuf[3], /*inItem*/TRUE);
if (pr->outOfMemory) return PICODATA_PU_ERROR;
it->head.type = pr->inBuf[0];
it->head.info1 = pr->inBuf[1];
it->head.info2 = pr->inBuf[2];
it->head.len = pr->inBuf[3];
for (i=0; i<pr->inBuf[3]; i++) {
it->data[i] = pr->inBuf[4+i];
}
it->data[pr->inBuf[3]] = 0;
if ((pr->inBuf[0] == PICODATA_ITEM_TOKEN) && ((pr->inBuf[1] == PICODATA_ITEMINFO1_TOKTYPE_DIGIT))) {
it->val = tok_tokenDigitStrToInt(this, pr, it->data);
} else {
it->val = 0;
}
if (pr->inBuf[0] == PICODATA_ITEM_TOKEN) {
picobase_lowercase_utf8_str(it->data,it->strci,PR_MAX_DATA_LEN, &ldone);
pr_firstLetterToLowerCase(it->data,it->strcis);
it->alc = picobase_is_utf8_lowercase(it->data,PR_MAX_DATA_LEN);
it->auc = picobase_is_utf8_uppercase(it->data,PR_MAX_DATA_LEN);
it->suc = pr_isSUC(it->data);
}
pr_treatItem(this, pr, it);
if (pr->outOfMemory) return PICODATA_PU_ERROR;
pr_processItems(this, pr);
pr->inBufLen = 0;
}
else {
pr->forceOutput = TRUE;
}
}
else {
/* there is not data in the output buffer and there is no data in the output item list, so
check whether input data is available */
rv = picodata_cbGetItem(this->cbIn, pr->inBuf, IN_BUF_SIZE+PICODATA_ITEM_HEADSIZE, &pr->inBufLen);
if (PICO_OK == rv) {
} else if (PICO_EOF == rv) {
/* there was no item in the char buffer */
return PICODATA_PU_IDLE;
} else if ((PICO_EXC_BUF_UNDERFLOW == rv) || (PICO_EXC_BUF_OVERFLOW == rv)) {
pr->inBufLen = 0;
PICODBG_ERROR(("problem getting item"));
picoos_emRaiseException(this->common->em, rv, NULL, NULL);
return PICODATA_PU_ERROR;
} else {
pr->inBufLen = 0;
PICODBG_ERROR(("problem getting item, unhandled"));
picoos_emRaiseException(this->common->em, rv, NULL, NULL);
return PICODATA_PU_ERROR;
}
}
#if PR_TRACE_MEM
PICODBG_INFO(("memory: dyn=%u, work=%u", pr->dynMemSize, pr->workMemTop));
#endif
if (pr->nrIterations <= 0) {
return PICODATA_PU_BUSY;
}
} /* while */
return PICODATA_PU_ERROR;
}
#ifdef __cplusplus
}
#endif
/* end */