FontResFile.cpp
35.4 KB
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#include "stdafx.h"
#include "FontResFile.h"
#include "FontClass.h"
#include "FontHWCompress.h"
/*****************************************************************************
* FUNCTION
* font_16HexStringToInt
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
int font_16HexStringToInt(string *str)
{
string hexstr = *str;
char num = 0;
int res = 0;
int bit = 1;
for(int i = hexstr.length() - 1; i >= 0; i--)
{
if((hexstr[i] >= '0') && (hexstr[i] <= '9'))
{
num = hexstr[i] - '0';
}
else if((hexstr[i] >= 'A') && (hexstr[i] <= 'F'))
{
num = hexstr[i] - 'A' + 10;
}
else if((hexstr[i] >= 'a') && (hexstr[i] <= 'f'))
{
num = hexstr[i] - 'a' + 10;
}
else
{
return 0;
}
res = res + num * bit;
bit = bit * 16;
}
return res;
}
/*****************************************************************************
* FUNCTION
* font_AddLanguageFlagToString
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool font_AddLanguageFlagToString(string * str, char lang_flag)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
string hexstr;
char temp[9] = {0};
int num = font_16HexStringToInt(&hexstr);
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
if(((*str)[0] == '0') && (((*str)[1] == 'x') || ((*str)[1] == 'X')))
{
hexstr = str->substr(2);
}
num |= (1 << (lang_flag - 1));
sprintf(temp, "0X%08X", num);
*str = (char *)temp;
return true;
}
/*****************************************************************************
* FUNCTION
* GenerateFontResFile
* DESCRIPTION
* This function is used to create FontRes.c file.
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
void FontGenFile::GenerateFontResFile(FontEngine *font_engine)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
FILE *pFile;
string str;
char cTemp[100] ={0};
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
if(pFile = fopen(string(m_outputPath + ("\\") + FONT_RES_FILENAME).c_str(), ("w")))
{
fputs(_T("#include \"FontRes.h\"\n"),pFile);
fputs(_T("#include \"MMI_features.h\"\n"),pFile);
fputs(_T("#include \"vector_font_lang_memory_card_config.h\"\n"),pFile);
fputs(_T("\n#ifndef NULL\n"),pFile);
fputs(_T("#define NULL (void *)0 /* NULL : Null pointer */\n"),pFile);
fputs(_T("#endif\n"),pFile);
fputs(_T("\n#define MAX_LANGUAGES 30\n"), pFile);
/* include font data file */
if(font_engine != NULL)
{
for(int i = 0; i < MCT_MAX_FONT_TYPES; i++)
{
vector<FontData_Info> *pvctr = &(font_engine->m_font_family[i].fontData_contain);
vector<FontData_Info>::iterator it;
for (it = pvctr->begin(); it < pvctr->end(); it++)
{
if(font_engine->CompareInFontFamily(it) != 2)
{
fputs("\n#include \"", pFile);
fputs(it->gen_hfile_name.c_str(), pFile);
fputs("\"", pFile);
}
}
}
}
fputs("\n", pFile);
GenerateFontResFile_GroupData(font_engine, pFile);
sprintf(cTemp, "\nconst U8 g_fontfamily_count = %d ;\n", MCT_MAX_FONT_TYPES);
str = (char *)cTemp;
fputs(cTemp,pFile);
fputs(("\n"),pFile);
if(IsUseFontCompression())
{
GenerateCompressionInfo(font_engine, pFile);
}
if(IsUseHWFontCompression())
{
FontHWCompressWriteLVTableToFile(pFile,
LV1Size, LV2Size,
&LV1Dict1, &LV1Dict2,
lv1_table_name,
lv2_table_name);
}
GenerateFontResLanguageTable(&string(""), pFile);
fclose(pFile);
}
}
/*****************************************************************************
* FUNCTION
* GenerateFontResFile
* DESCRIPTION
* This function is used to create FontRes.c file.
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
void FontGenFile::GenFontGroupString(FontEngine *font_engine, U8 font_size, FILE *p_file)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
string str;
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
font_group_struct *pgroup = &(font_engine->m_font_family[font_size]);
if(pgroup->nTotalFonts == 0)
{
str = "NULL\n";
fputs(str.c_str(), p_file);
}
else
{
for(int i = 0; i < pgroup->nTotalFonts; i++)
{
str = "&" + pgroup->fontData_contain[i].font_data_name;
if(i != pgroup->nTotalFonts - 1)
{
str += ",\n";
}
else
{
str += "\n";
}
fputs(str.c_str(), p_file);
}
}
}
/*****************************************************************************
* FUNCTION
* GenerateFontResFile
* DESCRIPTION
* This function is used to create FontRes.c file.
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
void FontGenFile::GenerateFontResFile_GroupData(FontEngine *font_engine, FILE *pFile)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
char cTemp[100] = {0};
int i = 0;
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
for(i = 0; i < MCT_MAX_FONT_TYPES; i++)
{
fputs(("\n"),pFile);
switch(i)
{
case MCT_ALPHA_SMALL_FONT:
{
fputs(("const sCustFontData * const g_small_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_MEDIUM_FONT:
{
fputs(("const sCustFontData * const g_medium_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_LARGE_FONT:
{
fputs(("const sCustFontData * const g_large_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_SUBLCD_FONT:
{
fputs(("const sCustFontData * const g_sublcd_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_DIALER_FONT:
{
fputs(("const sCustFontData * const g_dialling_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_NUMBER1_FONT:
{
fputs(("const sCustFontData * const g_number1_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_NUMBER2_FONT:
{
fputs(("const sCustFontData * const g_number2_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_TOUCH_SCREEN_FONT:
{
fputs(("const sCustFontData * const g_touchscreen_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
case MCT_ALPHA_TOUCH_SCREEN_LAREG_FONT:
{
fputs(("const sCustFontData * const g_touchscreen_large_font_data_array[] = {\n"),pFile);
GenFontGroupString(font_engine, i, pFile);
fputs(("}; \n"),pFile);
break;
}
}
}
fputs(("\nconst font_group_struct g_fontfamily[MAX_FONT_SIZE] = {\n"),pFile);
for(i = 0; i < MCT_MAX_FONT_TYPES; i++)
{
switch(i)
{
case MCT_ALPHA_SMALL_FONT:
{
sprintf((char *)cTemp, "{%d, g_small_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_MEDIUM_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_medium_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_LARGE_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_large_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_SUBLCD_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_sublcd_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_DIALER_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_dialling_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_NUMBER1_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_number1_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_NUMBER2_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_number2_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_TOUCH_SCREEN_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_touchscreen_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
case MCT_ALPHA_TOUCH_SCREEN_LAREG_FONT:
{
fputs(("\n"),pFile);
sprintf((char *)cTemp, "{%d, g_touchscreen_large_font_data_array},", font_engine->m_font_family[i].nTotalFonts);
break;
}
}
fputs(cTemp, pFile);
}
fputs(("\n};"),pFile);
}
/*****************************************************************************
* FUNCTION
* GenerateCompressionInfo
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool FontGenFile::GenerateCompressionInfo(FontEngine *font_engine, FILE *pFile)
{
FILE *compress_info_file = NULL;
char temp[100] = {0};
if(IsUseFontCompression())
{
if(compress_info_file = fopen(string(font_engine->m_outputPath + "\\" + FONT_COMPRESSION_INFO_NAME).c_str(), ("r")))
{
fprintf(pFile,_T("\n\n#if defined(__MMI_FONT_COMPRESSION__)"));
fputs(_T("\nconst mmi_font_compress_info mtk_font_compress_info[] = {"),pFile);
while ( fgets(temp, 100, compress_info_file ) != NULL)
{
fprintf(pFile,_T("%s"), temp);
}
fprintf(pFile,_T("\n {NULL, 0, NULL, 0}\n"));
fprintf(pFile, _T("};\n"));
fprintf(pFile,_T("\n#endif\n"));
fclose(compress_info_file);
return true;
}
}
return false;
}
/*****************************************************************************
* FUNCTION
* GenerateFontDataFile
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool FontGenFile::GenerateFontDataFile(sMCTCustFontData *font_data)
{
U32 iCount = 0;
FILE* pFile = NULL;
FILE* pFile_data = NULL;
if((font_data == NULL))
{
return false;
}
if(pFile = fopen(string(m_outputPath + "\\" + font_data->gen_hfile_name).c_str(), ("w")))
{
if(IsUseFontCompression())
{
fprintf(pFile,_T("\n#if defined(__MMI_FONT_COMPRESSION__)\n"));
if((font_data->nEquiDistant) == false)
{
/* font data width array */
fprintf(pFile, _T("\nconst U8 %s[%ld]= {"),font_data->fontWidthName, font_data->m_nTotalChars);
for( iCount = 0 ; iCount < font_data->m_nTotalChars; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("0x%-2X,"), font_data->pWidthArray[iCount]);
}
fprintf(pFile,_T("};\n"));
/* font data Dwidth array */
if(font_data->is_dwidth)
{
fprintf(pFile, ("\nconst U8 %s[%ld]= {"), font_data->fontDWidthName,font_data->m_nTotalChars);
for( iCount = 0 ; iCount < font_data->m_nTotalChars; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("0x%-2X,"), font_data->pDWidthArray[iCount]);
}
fprintf(pFile,_T("};\n"));
}
/* font data index array (offset) */
fprintf(pFile, _T("\nconst U8 %s[%ld]= {"),font_data->fontOffsetName, font_data->m_nTotalChars + 1);
for( iCount = 0 ; iCount < font_data->m_nTotalChars + 1; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile,_T("\n"));
}
/* Split to several block per 64k, so adjust value data offset table. */
char a[10];
int index_value = font_data->pOffsetArray[iCount];
index_value = index_value % FONT_ENGINE_DATA_BLOCK_SIZE;
sprintf(a,_T("0x%02X,"), index_value);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
}
/* range offset */
fprintf(pFile, _T("\nconst U16 %s[%ld]= {"),
font_data->pRangeDetails->rangeOffsetName,
font_data->pRangeDetails->nNoOfRanges);
U32 tempvalue;
for( iCount = 0 ; iCount < font_data->pRangeDetails->nNoOfRanges; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
char a[10];
tempvalue = font_data->pRange[iCount];
sprintf(a,_T("%ld,"), tempvalue);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
/* Font Data */
fprintf(pFile,_T("\nconst U8 %s[%ld]= {"),
font_data->fontCompressedDataName,
font_data->nDataArrayCompressionSize);
for( iCount = 0 ; iCount < font_data->nDataArrayCompressionSize; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, ("\n"));
}
fprintf(pFile, ("0x%X,"), font_data->pDataArrayCompression[iCount]);
}
fprintf(pFile, ("};\n"));
fprintf(pFile,_T("\n#if !defined(__MMI_BDF_SW_COMPRESSION__) \n"));
/* RangeBlockIndex */
if(font_data->nEquiDistant == false)
{
fprintf(pFile,_T("\nconst U16 %s[%ld]= {"),
font_data->pRangeDetails->fontRangeBlockIndexArrayName,
font_data->nBlockIndexArrayCompressionSize+1);
//{264}, // <= how many character are involved in the block and its previous block
for(iCount=0; iCount<= font_data->nBlockIndexArrayCompressionSize; iCount++)
{
if(iCount%16 ==0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("%ld,"), font_data->pBlockIndexArrayCompression[iCount]);
}
fprintf(pFile,_T("\n};\n"));
}
/* mmi font range offset struct */
fprintf(pFile, _T("\nconst mmi_font_range_offset_struct %s = {"),
font_data->pRangeDetails->fontRangeOffsetStructName);
if(font_data->nEquiDistant== false)
{
//1, // <= how many block that the data is devided into blocks with size 64KB
int block_number = font_data->nDataArraySize;
if(block_number % FONT_ENGINE_DATA_BLOCK_SIZE)
{
block_number = block_number / FONT_ENGINE_DATA_BLOCK_SIZE + 1;
}
else
{
block_number = block_number / FONT_ENGINE_DATA_BLOCK_SIZE;
}
fprintf(pFile,_T("\n%d,\n"), block_number);
//2
fprintf(pFile, _T("%s,\n"),font_data->pRangeDetails->fontRangeBlockIndexArrayName);
}
else
{
fprintf(pFile,_T("\n0,\n"));
fprintf(pFile,_T("NULL,\n"));
}
//3
fprintf(pFile, _T("%s,\n"),font_data->pRangeDetails->rangeOffsetName);
fprintf(pFile,_T("};\n"));
fprintf(pFile,_T("\n#endif /* endif of !defined(__MMI_BDF_SW_COMPRESSION__ */\n"));
//empty array
fprintf(pFile,_T("\nU8 %s[%ld];"),
font_data->fontDataName,
font_data->nDataArraySize);
fprintf(pFile,_T("\n#else\n"));
}
/* uncompression data */
if((font_data->nEquiDistant) == false)
{
/* font data width array */
fprintf(pFile, _T("\nconst U8 %s[%ld]= {"),font_data->fontWidthName, font_data->m_nTotalChars);
for( iCount = 0 ; iCount < font_data->m_nTotalChars; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("0x%-2X,"), font_data->pWidthArray[iCount]);
}
fprintf(pFile,_T("};\n"));
/* font data Dwidth array */
if(font_data->is_dwidth)
{
fprintf(pFile, ("\nconst U8 %s[%ld]= {"), font_data->fontDWidthName,font_data->m_nTotalChars);
for( iCount = 0 ; iCount < font_data->m_nTotalChars; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("0x%-2X,"), font_data->pDWidthArray[iCount]);
}
fprintf(pFile,_T("};\n"));
}
}
/* If hardware compress, Data offset is necessary. */
if(IsUseHWFontCompression())
{
/* font data index array (offset) */
fprintf(pFile,_T("\n#if defined(__MMI_BDF_SW_COMPRESSION__)\n"));
fprintf(pFile, _T("\nconst U8 %s[%ld]= {"),font_data->fontOffsetName, font_data->m_nTotalChars + 1);
for( iCount = 0 ; iCount < font_data->m_nTotalChars + 1; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile,_T("\n"));
}
/* Split to several block per 64k, so adjust value data offset table. */
char a[10];
int index_value = font_data->pOffsetArray[iCount];
index_value = index_value % FONT_ENGINE_DATA_BLOCK_SIZE;
sprintf(a,_T("0x%02X,"), index_value);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
fprintf(pFile, "\n#endif\n");
}
else if(font_data->nEquiDistant == false)
{
/* font data index array (offset) */
fprintf(pFile, _T("\nconst U32 %s[%ld]= {"), font_data->fontOffsetName, font_data->m_nTotalChars + 1);
for( iCount = 0 ; iCount < font_data->m_nTotalChars+1; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile,_T("\n"));
}
char a[10];
sprintf(a, _T("0x%04X,"), font_data->pOffsetArray[iCount]);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
}
/* RangeOffset */
fprintf(pFile, _T("\nconst U16 %s[%ld]= {"),
font_data->pRangeDetails->rangeOffsetName,
font_data->pRangeDetails->nNoOfRanges);
for( iCount = 0 ; iCount < font_data->pRangeDetails->nNoOfRanges; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, _T("\n"));
}
char a[10];
sprintf(a,_T("%ld,"), font_data->pRange[iCount]);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
/* Font data */
pFile_data = fopen(string(m_outputPath + ("\\") + FONT_DATA_FILENAME).c_str(), ("a"));
if(IsUseFontGroupCompression())
{
fprintf(pFile,("\nextern const U8 %s[];\n"), font_data->fontDataName);
if(pFile_data)
{
fprintf(pFile_data,("\nconst unsigned char %s[%ld]= {"), font_data->fontDataName,font_data->nDataArraySize);
for( iCount = 0 ; iCount < font_data->nDataArraySize; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile_data, ("\n"));
}
fprintf(pFile_data, _T("0x%X,"), font_data->pDataArray[iCount]);
}
fprintf(pFile_data, ("};\n"));
}
}
else
{
fprintf(pFile,("\nconst U8 %s[%ld]= {"), font_data->fontDataName,font_data->nDataArraySize);
for( iCount = 0 ; iCount < font_data->nDataArraySize; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile, ("\n"));
}
fprintf(pFile, _T("0x%X,"), font_data->pDataArray[iCount]);
}
fprintf(pFile, ("};\n"));
}
if(pFile_data)
fclose(pFile_data);
if(IsUseFontCompression())
{
fprintf(pFile, "\n#endif\n");
}
if((IsUseFontCompression()) && (IsUseHWFontCompression()) && (font_data->nEquiDistant == true))
{
/* font data index array (offset) */
fprintf(pFile,_T("\n#if defined(__MMI_BDF_SW_COMPRESSION__)\n"));
fprintf(pFile, _T("\nconst U8 %s[%ld]= {"),font_data->fontOffsetName, font_data->m_nTotalChars + 1);
for( iCount = 0 ; iCount < font_data->m_nTotalChars + 1; iCount++)
{
if (iCount%16 == 0)
{
fprintf(pFile,_T("\n"));
}
/* Split to several block per 64k, so adjust value data offset table. */
char a[10];
int index_value = font_data->pOffsetArray[iCount];
index_value = index_value % FONT_ENGINE_DATA_BLOCK_SIZE;
sprintf(a,_T("0x%02X,"), index_value);
fprintf(pFile, a);
}
fprintf(pFile,_T("};\n"));
fprintf(pFile, "\n#endif\n");
}
if(IsUseHWFontCompression())
{
fprintf(pFile,_T("\n#if defined(__MMI_BDF_SW_COMPRESSION__) \n"));
/* RangeBlockIndex */
fprintf(pFile,_T("\nconst U16 %s[%ld]= {"),
font_data->pRangeDetails->fontRangeBlockIndexArrayName,
font_data->nBlockIndexArrayCompressionSize+1);
for(iCount=0; iCount<= font_data->nBlockIndexArrayCompressionSize; iCount++)
{
if(iCount%16 ==0)
{
fprintf(pFile, _T("\n"));
}
fprintf(pFile, _T("%ld,"), font_data->pBlockIndexArrayCompression[iCount]);
}
fprintf(pFile,_T("\n};\n"));
/* compression range offset & block struct */
fprintf(pFile, _T("\nconst mmi_font_range_offset_struct %s = {"),
font_data->pRangeDetails->fontRangeOffsetStructName);
int block_number;
if(IsUseFontGroupCompression())
block_number = font_data->nDataArrayCompressionSize;
else
block_number = font_data->nDataArraySize;
if(block_number % FONT_ENGINE_DATA_BLOCK_SIZE)
{
block_number = block_number / FONT_ENGINE_DATA_BLOCK_SIZE + 1;
}
else
{
block_number = block_number / FONT_ENGINE_DATA_BLOCK_SIZE;
}
fprintf(pFile,_T("\n%d,\n"), block_number);
//2
fprintf(pFile, _T("%s,\n"),font_data->pRangeDetails->fontRangeBlockIndexArrayName);
fprintf(pFile, _T("%s,\n"),font_data->pRangeDetails->rangeOffsetName);
fprintf(pFile,_T("};\n"));
fprintf(pFile, "#endif\n");
}
/* Range Data and Range Details */
GenerateFontResFile_RangeInfo(font_data, pFile);
if(IsUseFontGroupCompression())
GenerateFontResFile_GroupInfo(font_data, pFile);
/* sCustFontData */
if(IsUseFontCompression())
{
fprintf(pFile,_T("\n#if (defined(__MMI_FONT_COMPRESSION__) && !defined(__MMI_BDF_SW_COMPRESSION__)) \n"));
GenerateFontResFile_CustFontData(font_data, pFile, 1);
fprintf(pFile,_T("\n#else\n"));
}
if(IsUseHWFontCompression())
{
GenerateFontResFile_CustFontData(font_data, pFile, 2);
}
else
{
GenerateFontResFile_CustFontData(font_data, pFile, 0);
}
if(IsUseFontCompression())
{
fprintf(pFile,_T("\n#endif\n"));
}
/* Generate temp file for compression info file */
if(IsUseFontCompression())
{
GenerateCompressionInfoFile(font_data);
}
fclose(pFile);
return true;
}
return false;
}
void FontGenFile::GenerateFontResFile_RangeInfo(sMCTCustFontData *font_data, FILE *p_file)
{
/* Range data */
fprintf(p_file, ("\nconst RangeData %s[%ld]={\n"),
font_data->pRangeDetails->rangeDataName,
font_data->pRangeDetails->nNoOfRanges);
for(int k = 0; k < font_data->pRangeDetails->nNoOfRanges; k++ )
{
if(k%10==0 && k!=0)
{
fputs(_T("\n"), p_file);
}
fprintf(p_file,
"{%ld,%ld},",
font_data->pRangeDetails->pRangeData[k].nMin,
font_data->pRangeDetails->pRangeData[k].nMax);
}
fputs(_T("};\n"),p_file);
/* Range details */
fprintf(p_file, _T("\nconst RangeDetails %s={\n%ld,\n%s\n};\n"),
font_data->pRangeDetails->rangeInfoName,
font_data->pRangeDetails->nNoOfRanges,
font_data->pRangeDetails->rangeDataName);
}
void FontGenFile::GenerateFontResFile_CustFontData(sMCTCustFontData *font_data, FILE *p_file, U8 compress_flag)
{
/* CustFontData */
fprintf(p_file, _T("\nconst sCustFontData %s = {\n"), font_data->name);
/* PLUTO_MMI */
fprintf(p_file, _T("%ld, %ld,\n#ifdef PLUTO_MMI\n%ld, %ld,\n#endif \n%ld, %ld, %ld,"),
font_data->nHeight, font_data->nBoxMaxWidth,
font_data->nAscent, font_data->nDescent, //Ascent and Descent for baseline
font_data->nEquiDistant, font_data->nCharBytes, font_data->nMaxChars);
/* PLUTO_MMI */
if(font_data->nEquiDistant == false)
{
if(font_data->is_dwidth)
{
fprintf(p_file, _T("\n(U8*)%s"), font_data->fontDWidthName);
}
else
{
fprintf(p_file, _T("\n(U8*)%s"), font_data->fontWidthName);
}
if(compress_flag)
{
fprintf(p_file, _T(", (U8*)%s, (U8*)%s, (U8*)%s, (mmi_font_range_offset_struct*)&%s,"),
font_data->fontWidthName, font_data->fontOffsetName,
font_data->fontDataName, font_data->pRangeDetails->fontRangeOffsetStructName);
}
else
{
fprintf(p_file, _T(", (U8*)%s, (U32*)%s, (U8*)%s, (U16*)%s,"),
font_data->fontWidthName, font_data->fontOffsetName,
font_data->fontDataName, font_data->pRangeDetails->rangeOffsetName);
}
}
else
{
if(compress_flag == 1)
{
fprintf(p_file, _T("\n(U8*)NULL, (U8*)NULL, (U8*)NULL, (U8*)%s, (mmi_font_range_offset_struct*)&%s,"),
font_data->fontDataName, font_data->pRangeDetails->fontRangeOffsetStructName);
}
else if(compress_flag == 2)
{
/* Should add compile option. */
fprintf(p_file, _T("\n(U8*)NULL, (U8*)NULL, (U8*)%s, (U8*)%s, (mmi_font_range_offset_struct*)&%s,"),
font_data->fontOffsetName,
font_data->fontDataName, font_data->pRangeDetails->fontRangeOffsetStructName);
}
else
{
fprintf(p_file, _T("\n(U8*)NULL, (U8*)NULL, (U32*)NULL, (U8*)%s, (U16*)%s,"),
font_data->fontDataName, font_data->pRangeDetails->rangeOffsetName);
}
}
fprintf(p_file, ("\n&%s,"), font_data->pRangeDetails->rangeInfoName);
if(IsUseFontGroupCompression())
fprintf(p_file, ("\n&%s,"), font_data->pRangeDetails->groupInfoName);
MapLanguageWithFontDataFile(font_data, p_file);
fprintf(p_file, "\n};\n\n");
}
void FontGenFile::GenerateFontResFile_GroupInfo(sMCTCustFontData *font_data, FILE *p_file)
{
/* Range data */
fprintf(p_file, ("\nconst GroupData %s[%ld]={\n"),
font_data->pRangeDetails->groupDataName,
font_data->pRangeDetails->nNoOfGroup);
for(int k = 0; k < font_data->pRangeDetails->nNoOfGroup; k++ )
{
if(k%10==0 && k!=0)
{
fputs(_T("\n"), p_file);
}
fprintf(p_file,
"{%ld,%ld},",
font_data->pRangeDetails->pGroupData[k].nOffset,
font_data->pRangeDetails->pGroupData[k].nSize);
}
fputs(_T("};\n"),p_file);
/* Range details */
fprintf(p_file, _T("\nconst GroupDetails %s={\n%ld,\n%s\n};\n"),
font_data->pRangeDetails->groupInfoName,
font_data->pRangeDetails->nNoOfGroup,
font_data->pRangeDetails->groupDataName);
}
/*****************************************************************************
* FUNCTION
* GenerateFontDataFile
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool FontGenFile::GenerateCompressionInfoFile(sMCTCustFontData *font_data)
{
U32 iCount = 0;
FILE* pFile = NULL;
if((font_data == NULL))
{
return false;
}
if(IsUseFontCompression())
{
if(pFile = fopen(string(m_outputPath + "\\" + FONT_COMPRESSION_INFO_NAME).c_str(), ("a+")))
{
fprintf(pFile, _T("\n {%s, %d,%s, %d}, "),
font_data->fontDataName,
font_data->nDataArraySize,
font_data->fontCompressedDataName,
font_data->nDataArrayCompressionSize);
fclose(pFile);
return true;
}
}
return false;
}
/*****************************************************************************
* FUNCTION
* MapLanguageWithFontDataFile
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool FontGenFile::MapLanguageWithFontDataFile(sMCTCustFontData *font_data, FILE *p_file)
{
fprintf(p_file, ("\n0X%08X,"), font_data->Language_flags);
return true;
}
/*****************************************************************************
* FUNCTION
* GenerateFontResLanguageTable
* DESCRIPTION
*
* PARAMETERS
* outputPath [IN]
* RETURNS
*
******************************************************************************/
bool FontGenFile::GenerateFontResLanguageTable(string *readfile_path, FILE *pFile)
{
FILE *read_file = NULL;
char temp[FONT_LINE_CHAR] = {0};
if(read_file = fopen(string(FONT_LANGUAGE_TABLE_FILENAME).c_str(), ("r")))
{
printf("[Dependency] %s\n", string(FONT_LANGUAGE_TABLE_FILENAME).c_str());
while (fgets(temp, FONT_LINE_CHAR, read_file) != NULL)
{
fprintf(pFile, temp);
}
fclose(read_file);
return true;
}
return false;
}