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| -rw-r--r-- | src/3rdparty/libuemf/uemf.c | 5606 |
1 files changed, 5606 insertions, 0 deletions
diff --git a/src/3rdparty/libuemf/uemf.c b/src/3rdparty/libuemf/uemf.c new file mode 100644 index 0000000..fa7689b --- /dev/null +++ b/src/3rdparty/libuemf/uemf.c @@ -0,0 +1,5606 @@ +/** + @file uemf.c + + @brief Functions for manipulating EMF files and structures. + + [U_EMR]_set all take data and return a pointer to memory holding the constructed record. + The size of that record is also returned in recsize. + It is also in the second int32 in the record, but may have been byte swapped and so not usable. + If something goes wrong a NULL pointer is returned and recsize is set to 0. + + Compile with "U_VALGRIND" defined defined to enable code which lets valgrind check each record for + uninitialized data. + + Compile with "SOL8" defined for Solaris 8 or 9 (Sparc). +*/ + +/* +File: uemf.c +Version: 0.0.31 +Date: 26-JAN-2016 +Author: David Mathog, Biology Division, Caltech +email: mathog@caltech.edu +Copyright: 2016 David Mathog and California Institute of Technology (Caltech) +*/ + +#ifdef __cplusplus +extern "C" { +#endif + +#include <stdlib.h> +#include <stdio.h> +#include <string.h> +#include <iconv.h> +#include <wchar.h> +#include <errno.h> +#include <string.h> +#include <limits.h> // for INT_MAX, INT_MIN +#include <math.h> // for U_ROUND() +#include <stddef.h> /* for offsetof() macro */ +#if 0 +#include <windef.h> //Not actually used, looking for collisions +#include <winnt.h> //Not actually used, looking for collisions +#include <wingdi.h> //Not actually used, looking for collisions +#endif +#include "uemf.h" + +//! \cond +/* one prototype from uemf_endian. Put it here because end user should never need to see it, so +not in uemf.h or uemf_endian.h */ +void U_swap2(void *ul, unsigned int count); +//! \endcond + +/** + \brief Look up the name of the EMR record by type. Returns U_EMR_INVALID if out of range. + + \return name of the EMR record, "U_EMR_INVALID" if out of range. + \param idx EMR record type. + +*/ +char *U_emr_names(unsigned int idx){ + if(idx<U_EMR_MIN || idx > U_EMR_MAX){ idx = 0; } + static char *U_EMR_NAMES[U_EMR_MAX+1]={ + "U_EMR_INVALID", + "U_EMR_HEADER", + "U_EMR_POLYBEZIER", + "U_EMR_POLYGON", + "U_EMR_POLYLINE", + "U_EMR_POLYBEZIERTO", + "U_EMR_POLYLINETO", + "U_EMR_POLYPOLYLINE", + "U_EMR_POLYPOLYGON", + "U_EMR_SETWINDOWEXTEX", + "U_EMR_SETWINDOWORGEX", + "U_EMR_SETVIEWPORTEXTEX", + "U_EMR_SETVIEWPORTORGEX", + "U_EMR_SETBRUSHORGEX", + "U_EMR_EOF", + "U_EMR_SETPIXELV", + "U_EMR_SETMAPPERFLAGS", + "U_EMR_SETMAPMODE", + "U_EMR_SETBKMODE", + "U_EMR_SETPOLYFILLMODE", + "U_EMR_SETROP2", + "U_EMR_SETSTRETCHBLTMODE", + "U_EMR_SETTEXTALIGN", + "U_EMR_SETCOLORADJUSTMENT", + "U_EMR_SETTEXTCOLOR", + "U_EMR_SETBKCOLOR", + "U_EMR_OFFSETCLIPRGN", + "U_EMR_MOVETOEX", + "U_EMR_SETMETARGN", + "U_EMR_EXCLUDECLIPRECT", + "U_EMR_INTERSECTCLIPRECT", + "U_EMR_SCALEVIEWPORTEXTEX", + "U_EMR_SCALEWINDOWEXTEX", + "U_EMR_SAVEDC", + "U_EMR_RESTOREDC", + "U_EMR_SETWORLDTRANSFORM", + "U_EMR_MODIFYWORLDTRANSFORM", + "U_EMR_SELECTOBJECT", + "U_EMR_CREATEPEN", + "U_EMR_CREATEBRUSHINDIRECT", + "U_EMR_DELETEOBJECT", + "U_EMR_ANGLEARC", + "U_EMR_ELLIPSE", + "U_EMR_RECTANGLE", + "U_EMR_ROUNDRECT", + "U_EMR_ARC", + "U_EMR_CHORD", + "U_EMR_PIE", + "U_EMR_SELECTPALETTE", + "U_EMR_CREATEPALETTE", + "U_EMR_SETPALETTEENTRIES", + "U_EMR_RESIZEPALETTE", + "U_EMR_REALIZEPALETTE", + "U_EMR_EXTFLOODFILL", + "U_EMR_LINETO", + "U_EMR_ARCTO", + "U_EMR_POLYDRAW", + "U_EMR_SETARCDIRECTION", + "U_EMR_SETMITERLIMIT", + "U_EMR_BEGINPATH", + "U_EMR_ENDPATH", + "U_EMR_CLOSEFIGURE", + "U_EMR_FILLPATH", + "U_EMR_STROKEANDFILLPATH", + "U_EMR_STROKEPATH", + "U_EMR_FLATTENPATH", + "U_EMR_WIDENPATH", + "U_EMR_SELECTCLIPPATH", + "U_EMR_ABORTPATH", + "U_EMR_UNDEF69", + "U_EMR_COMMENT", + "U_EMR_FILLRGN", + "U_EMR_FRAMERGN", + "U_EMR_INVERTRGN", + "U_EMR_PAINTRGN", + "U_EMR_EXTSELECTCLIPRGN", + "U_EMR_BITBLT", + "U_EMR_STRETCHBLT", + "U_EMR_MASKBLT", + "U_EMR_PLGBLT", + "U_EMR_SETDIBITSTODEVICE", + "U_EMR_STRETCHDIBITS", + "U_EMR_EXTCREATEFONTINDIRECTW", + "U_EMR_EXTTEXTOUTA", + "U_EMR_EXTTEXTOUTW", + "U_EMR_POLYBEZIER16", + "U_EMR_POLYGON16", + "U_EMR_POLYLINE16", + "U_EMR_POLYBEZIERTO16", + "U_EMR_POLYLINETO16", + "U_EMR_POLYPOLYLINE16", + "U_EMR_POLYPOLYGON16", + "U_EMR_POLYDRAW16", + "U_EMR_CREATEMONOBRUSH", + "U_EMR_CREATEDIBPATTERNBRUSHPT", + "U_EMR_EXTCREATEPEN", + "U_EMR_POLYTEXTOUTA", + "U_EMR_POLYTEXTOUTW", + "U_EMR_SETICMMODE", + "U_EMR_CREATECOLORSPACE", + "U_EMR_SETCOLORSPACE", + "U_EMR_DELETECOLORSPACE", + "U_EMR_GLSRECORD", + "U_EMR_GLSBOUNDEDRECORD", + "U_EMR_PIXELFORMAT", + "U_EMR_DRAWESCAPE", + "U_EMR_EXTESCAPE", + "U_EMR_UNDEF107", + "U_EMR_SMALLTEXTOUT", + "U_EMR_FORCEUFIMAPPING", + "U_EMR_NAMEDESCAPE", + "U_EMR_COLORCORRECTPALETTE", + "U_EMR_SETICMPROFILEA", + "U_EMR_SETICMPROFILEW", + "U_EMR_ALPHABLEND", + "U_EMR_SETLAYOUT", + "U_EMR_TRANSPARENTBLT", + "U_EMR_UNDEF117", + "U_EMR_GRADIENTFILL", + "U_EMR_SETLINKEDUFIS", + "U_EMR_SETTEXTJUSTIFICATION", + "U_EMR_COLORMATCHTOTARGETW", + "U_EMR_CREATECOLORSPACEW" + }; + return(U_EMR_NAMES[idx]); +} + + + +/* ********************************************************************************************** +These definitions are for code pieces that are used many times in the following implementation. These +definitions are not needed in end user code, so they are here rather than in uemf.h. +*********************************************************************************************** */ + +//! @cond + +// this one may also be used A=Msk,B=MskBmi and F=cbMsk +#define SET_CB_FROM_PXBMI(A,B,C,D,E,F) /* A=Px, B=Bmi, C=cbImage, D=cbImage4, E=cbBmi, F=cbPx */ \ + if(A){\ + if(!B)return(NULL); /* size is derived from U_BITMAPINFO, but NOT from its size field, go figure*/ \ + C = F;\ + D = UP4(C); /* pixel array might not be a multiples of 4 bytes*/ \ + E = sizeof(U_BITMAPINFOHEADER) + 4 * get_real_color_count((const char *) &(B->bmiHeader)); /* bmiheader + colortable*/ \ + }\ + else { C = 0; D = 0; E=0; } + +// variable "off" must be declared in the function + +#define APPEND_PXBMISRC(A,B,C,D,E,F,G) /* A=record, B=U_EMR,C=cbBmi, D=Bmi, E=Px, F=cbImage, G=cbImage4 */ \ + if(C){\ + memcpy(A + off, D, C);\ + ((B *) A)->offBmiSrc = off;\ + ((B *) A)->cbBmiSrc = C;\ + off += C;\ + memcpy(A + off, E, F);\ + ((B *) A)->offBitsSrc = off;\ + ((B *) A)->cbBitsSrc = F;\ + if(G - F){ \ + off += F;\ + memset(A + off, 0, G - F); \ + }\ + }\ + else {\ + ((B *) A)->offBmiSrc = 0;\ + ((B *) A)->cbBmiSrc = 0;\ + ((B *) A)->offBitsSrc = 0;\ + ((B *) A)->cbBitsSrc = 0;\ + } + +// variable "off" must be declared in the function + +#define APPEND_MSKBMISRC(A,B,C,D,E,F,G) /* A=record, B=U_EMR*,C=cbMskBmi, D=MskBmi, E=Msk, F=cbMskImage, G=cbMskImage4 */ \ + if(C){\ + memcpy(A + off, D, C);\ + ((B *) A)->offBmiMask = off;\ + ((B *) A)->cbBmiMask = C;\ + off += C;\ + memcpy(A + off, Msk, F);\ + ((B *) A)->offBitsMask = off;\ + ((B *) A)->cbBitsMask = F;\ + if(G - F){ memset(A + off, 0, G - F); }\ + }\ + else {\ + ((B *) A)->offBmiMask = 0;\ + ((B *) A)->cbBmiMask = 0;\ + ((B *) A)->offBitsMask = 0;\ + ((B *) A)->cbBitsMask = 0;\ + } + +//! @endcond + +/* ********************************************************************************************** +These functions are used for development and debugging and should be be includied in production code. +*********************************************************************************************** */ + +/** + \brief Debugging utility, used with valgrind to find uninitialized values. Not for use in production code. + \param buf memory area to examine ! + \param size length in bytes of buf! +*/ +int memprobe( + const void *buf, + size_t size + ){ + int sum=0; + char *ptr=(char *)buf; + for(;size;size--,ptr++){ sum += *ptr; } // read all bytes, trigger valgrind warning if any uninitialized + return(sum); +} + +/** + \brief Dump an EMFHANDLES structure. Not for use in production code. + \param string Text to output before dumping eht structure + \param handle Handle + \param eht EMFHANDLES structure to dump +*/ +void dumpeht( + char *string, + unsigned int *handle, + EMFHANDLES *eht + ){ + uint32_t i; + printf("%s\n",string); + printf("sptr: %d peak: %d top: %d\n",eht->sptr,eht->peak,eht->top); + if(handle){ + printf("handle: %d \n",*handle); + } + for(i=0;i<=5;i++){ + printf("table[%d]: %d\n",i,eht->table[i]); + } + for(i=1;i<=5;i++){ + printf("stack[%d]: %d\n",i,eht->stack[i]); + } +} + +/* ********************************************************************************************** +These functions are used for Image conversions and other +utility operations. Character type conversions are in uemf_utf.c +*********************************************************************************************** */ + +/** + \brief Make up an approximate dx array to pass to emrtext_set(), based on character height and weight. + + Take abs. value of character height, get width by multiplying by 0.6, and correct weight + approximately, with formula (measured on screen for one text line of Arial). + Caller is responsible for free() on the returned pointer. + + \return pointer to dx array + \param height character height (absolute value will be used) + \param weight LF_Weight Enumeration (character weight) + \param members Number of entries to put into dx + +*/ +uint32_t *dx_set( + int32_t height, + uint32_t weight, + uint32_t members + ){ + uint32_t i, width, *dx; + dx = (uint32_t *) malloc(members * sizeof(uint32_t)); + if(dx){ + if(U_FW_DONTCARE == weight)weight=U_FW_NORMAL; + width = (uint32_t) U_ROUND(((float) (height > 0 ? height : -height)) * 0.6 * (0.00024*(float) weight + 0.904)); + for ( i = 0; i < members; i++ ){ dx[i] = width; } + } + return(dx); +} + +/** + \brief Look up the properties (a bit map) of a type of EMR record. + Bits that may be set are defined in "Draw Properties" in uemf.h, they are U_DRAW_NOTEMPTY, etc.. + + \return bitmap of EMR record properties, or U_EMR_INVALID on error or release of all memory + \param type EMR record type. If U_EMR_INVALID release memory. (There is no U_EMR_INVALID EMR record type) + +*/ +uint32_t emr_properties(uint32_t type){ + static uint32_t *table=NULL; + uint32_t result = U_EMR_INVALID; // initialized to indicate an error (on a lookup) or nothing (on a memory release) + if(type == U_EMR_INVALID){ + if(table)free(table); + table=NULL; + } + else if(type>=1 && type<U_EMR_MAX){ + if(!table){ + table = (uint32_t *) malloc(sizeof(uint32_t)*(1 + U_EMR_MAX)); + if(!table)return(result); + // 0x80 0x40 0x20 0x10 0x08 0x04 0x02 0x01 + // Path properties (U_DRAW_*) TEXT ALTERS ONLYTO VISIBLE + // PATH FORCE CLOSED NOTEMPTY + table[ 0] = 0x00; // Does not map to any EMR record + table[ 1] = 0x80; // U_EMRHEADER 1 0 0 0 0 0 0 0 + table[ 2] = 0x83; // U_EMRPOLYBEZIER 1 0 0 0 0 0 1 1 + table[ 3] = 0x87; // U_EMRPOLYGON 1 0 0 0 0 1 1 1 + table[ 4] = 0x83; // U_EMRPOLYLINE 1 0 0 0 0 0 1 1 + table[ 5] = 0x8B; // U_EMRPOLYBEZIERTO 1 0 0 0 1 0 1 1 + table[ 6] = 0x8B; // U_EMRPOLYLINETO 1 0 0 0 1 0 1 1 + table[ 7] = 0x83; // U_EMRPOLYPOLYLINE 1 0 0 0 0 0 1 1 + table[ 8] = 0x87; // U_EMRPOLYPOLYGON 1 0 0 0 0 1 1 1 + table[ 9] = 0xA0; // U_EMRSETWINDOWEXTEX 1 0 1 0 0 0 0 0 + table[ 10] = 0xA0; // U_EMRSETWINDOWORGEX 1 0 1 0 0 0 0 0 + table[ 11] = 0xA0; // U_EMRSETVIEWPORTEXTEX 1 0 1 0 0 0 0 0 + table[ 12] = 0xA0; // U_EMRSETVIEWPORTORGEX 1 0 1 0 0 0 0 0 + table[ 13] = 0xA0; // U_EMRSETBRUSHORGEX 1 0 1 0 0 0 0 0 + table[ 14] = 0x82; // U_EMREOF 1 0 1 0 0 0 0 0 Force out any pending draw + table[ 15] = 0x82; // U_EMRSETPIXELV 1 0 0 0 0 0 1 0 + table[ 16] = 0xA0; // U_EMRSETMAPPERFLAGS 1 0 1 0 0 0 0 0 + table[ 17] = 0xA0; // U_EMRSETMAPMODE 1 0 1 0 0 0 0 0 + table[ 18] = 0x20; // U_EMRSETBKMODE 0 0 1 0 0 0 0 0 + table[ 19] = 0xA0; // U_EMRSETPOLYFILLMODE 1 0 1 0 0 0 0 0 + table[ 20] = 0xA0; // U_EMRSETROP2 1 0 1 0 0 0 0 0 + table[ 21] = 0xA0; // U_EMRSETSTRETCHBLTMODE 1 0 1 0 0 0 0 0 + table[ 22] = 0x20; // U_EMRSETTEXTALIGN 0 0 1 0 0 0 0 0 + table[ 23] = 0xA0; // U_EMRSETCOLORADJUSTMENT 1 0 1 0 0 0 0 0 + table[ 24] = 0x20; // U_EMRSETTEXTCOLOR 0 0 1 0 0 0 0 0 + table[ 25] = 0x20; // U_EMRSETBKCOLOR 0 0 1 0 0 0 0 0 + table[ 26] = 0xA0; // U_EMROFFSETCLIPRGN 1 0 1 0 0 0 0 0 + table[ 27] = 0x89; // U_EMRMOVETOEX 1 0 0 0 1 0 0 1 + table[ 28] = 0xA0; // U_EMRSETMETARGN 1 0 1 0 0 0 0 0 + table[ 29] = 0xA0; // U_EMREXCLUDECLIPRECT 1 0 1 0 0 0 0 0 + table[ 30] = 0xA0; // U_EMRINTERSECTCLIPRECT 1 0 1 0 0 0 0 0 + table[ 31] = 0xA0; // U_EMRSCALEVIEWPORTEXTEX 1 0 1 0 0 0 0 0 + table[ 32] = 0xA0; // U_EMRSCALEWINDOWEXTEX 1 0 1 0 0 0 0 0 + table[ 33] = 0xA0; // U_EMRSAVEDC 1 0 1 0 0 0 0 0 + table[ 34] = 0xA0; // U_EMRRESTOREDC 1 0 1 0 0 0 0 0 + table[ 35] = 0xA0; // U_EMRSETWORLDTRANSFORM 1 0 1 0 0 0 0 0 + table[ 36] = 0xA0; // U_EMRMODIFYWORLDTRANSFORM 1 0 1 0 0 0 0 0 + table[ 37] = 0x20; // U_EMRSELECTOBJECT 0 0 1 0 0 0 0 0 + table[ 38] = 0x20; // U_EMRCREATEPEN 0 0 1 0 0 0 0 0 + table[ 39] = 0x20; // U_EMRCREATEBRUSHINDIRECT 0 0 1 0 0 0 0 0 + table[ 40] = 0x20; // U_EMRDELETEOBJECT 0 0 1 0 0 0 0 0 + table[ 41] = 0x83; // U_EMRANGLEARC 1 0 0 0 0 0 1 1 + table[ 42] = 0x87; // U_EMRELLIPSE 1 0 0 0 0 1 1 1 + table[ 43] = 0x87; // U_EMRRECTANGLE 1 0 0 0 0 1 1 1 + table[ 44] = 0x87; // U_EMRROUNDRECT 1 0 0 0 0 1 1 1 + table[ 45] = 0x83; // U_EMRARC 1 0 0 0 0 0 1 1 + table[ 46] = 0x87; // U_EMRCHORD 1 0 0 0 0 1 1 1 + table[ 47] = 0x87; // U_EMRPIE 1 0 0 0 0 1 1 1 + table[ 48] = 0xA0; // U_EMRSELECTPALETTE 1 0 1 0 0 0 0 0 + table[ 49] = 0xA0; // U_EMRCREATEPALETTE 1 0 1 0 0 0 0 0 + table[ 50] = 0xA0; // U_EMRSETPALETTEENTRIES 1 0 1 0 0 0 0 0 + table[ 51] = 0xA0; // U_EMRRESIZEPALETTE 1 0 1 0 0 0 0 0 + table[ 52] = 0xA0; // U_EMRREALIZEPALETTE 1 0 1 0 0 0 0 0 + table[ 53] = 0x82; // U_EMREXTFLOODFILL 1 0 0 0 0 0 1 0 + table[ 54] = 0x8B; // U_EMRLINETO 1 0 0 0 1 0 1 1 + table[ 55] = 0x8B; // U_EMRARCTO 1 0 0 0 1 0 1 1 + table[ 56] = 0x83; // U_EMRPOLYDRAW 1 0 0 0 0 0 1 1 + table[ 57] = 0xA0; // U_EMRSETARCDIRECTION 1 0 1 0 0 0 0 0 + table[ 58] = 0xA0; // U_EMRSETMITERLIMIT 1 0 1 0 0 0 0 0 + table[ 59] = 0xE0; // U_EMRBEGINPATH 1 1 1 0 0 0 0 0 + table[ 60] = 0x80; // U_EMRENDPATH 1 0 0 0 0 0 0 0 + table[ 61] = 0x84; // U_EMRCLOSEFIGURE 1 0 0 0 0 1 0 0 + table[ 62] = 0x94; // U_EMRFILLPATH 1 0 0 1 0 1 0 0 + table[ 63] = 0x94; // U_EMRSTROKEANDFILLPATH 1 0 0 1 0 1 0 0 + table[ 64] = 0x90; // U_EMRSTROKEPATH 1 0 0 1 0 0 0 0 + table[ 65] = 0xA0; // U_EMRFLATTENPATH 1 0 1 0 0 0 0 0 + table[ 66] = 0xA0; // U_EMRWIDENPATH 1 0 1 0 0 0 0 0 + table[ 67] = 0x80; // U_EMRSELECTCLIPPATH 1 0 0 0 0 0 0 0 consumes the path, draws nothing + table[ 68] = 0xA0; // U_EMRABORTPATH 1 0 1 0 0 0 0 0 + table[ 69] = 0xA0; // U_EMRUNDEF69 1 0 1 0 0 0 0 0 + table[ 70] = 0x00; // U_EMRCOMMENT 0 0 0 0 0 0 0 0 + table[ 71] = 0x82; // U_EMRFILLRGN 1 0 0 0 0 0 1 0 + table[ 72] = 0x82; // U_EMRFRAMERGN 1 0 0 0 0 0 1 0 + table[ 73] = 0x82; // U_EMRINVERTRGN 1 0 0 0 0 0 1 0 + table[ 74] = 0x82; // U_EMRPAINTRGN 1 0 0 0 0 0 1 0 + table[ 75] = 0xA0; // U_EMREXTSELECTCLIPRGN 1 0 1 0 0 0 0 0 + table[ 76] = 0x82; // U_EMRBITBLT 1 0 0 0 0 0 1 0 + table[ 77] = 0x82; // U_EMRSTRETCHBLT 1 0 0 0 0 0 1 0 + table[ 78] = 0x82; // U_EMRMASKBLT 1 0 0 0 0 0 1 0 + table[ 79] = 0x82; // U_EMRPLGBLT 1 0 0 0 0 0 1 0 + table[ 80] = 0xA0; // U_EMRSETDIBITSTODEVICE 1 0 1 0 0 0 0 0 + table[ 81] = 0xA0; // U_EMRSTRETCHDIBITS 1 0 1 0 0 0 0 0 + table[ 82] = 0x20; // U_EMREXTCREATEFONTINDIRECTW 0 0 1 0 0 0 0 0 + table[ 83] = 0x02; // U_EMREXTTEXTOUTA 0 0 0 0 0 0 1 0 + table[ 84] = 0x02; // U_EMREXTTEXTOUTW 0 0 0 0 0 0 1 0 + table[ 85] = 0x83; // U_EMRPOLYBEZIER16 1 0 0 0 0 0 1 1 + table[ 86] = 0x83; // U_EMRPOLYGON16 1 0 0 0 0 0 1 1 + table[ 87] = 0x83; // U_EMRPOLYLINE16 1 0 0 0 0 0 1 1 + table[ 88] = 0x8B; // U_EMRPOLYBEZIERTO16 1 0 0 0 1 0 1 1 + table[ 89] = 0x8B; // U_EMRPOLYLINETO16 1 0 0 0 1 0 1 1 + table[ 90] = 0x83; // U_EMRPOLYPOLYLINE16 1 0 0 0 0 0 1 1 + table[ 91] = 0x87; // U_EMRPOLYPOLYGON16 1 0 0 0 0 1 1 1 + table[ 92] = 0x83; // U_EMRPOLYDRAW16 1 0 0 0 0 0 1 1 + table[ 93] = 0x80; // U_EMRCREATEMONOBRUSH 1 0 0 0 0 0 0 0 Not selected yet, so no change in drawing conditions + table[ 94] = 0x80; // U_EMRCREATEDIBPATTERNBRUSHPT 1 0 0 0 0 0 0 0 " + table[ 95] = 0x00; // U_EMREXTCREATEPEN 0 0 0 0 0 0 0 0 " + table[ 96] = 0x02; // U_EMRPOLYTEXTOUTA 0 0 0 0 0 0 1 0 + table[ 97] = 0x02; // U_EMRPOLYTEXTOUTW 0 0 0 0 0 0 1 0 + table[ 98] = 0xA0; // U_EMRSETICMMODE 1 0 1 0 0 0 0 0 + table[ 99] = 0xA0; // U_EMRCREATECOLORSPACE 1 0 1 0 0 0 0 0 + table[100] = 0xA0; // U_EMRSETCOLORSPACE 1 0 1 0 0 0 0 0 + table[101] = 0xA0; // U_EMRDELETECOLORSPACE 1 0 1 0 0 0 0 0 + table[102] = 0xA0; // U_EMRGLSRECORD 1 0 1 0 0 0 0 0 + table[103] = 0xA0; // U_EMRGLSBOUNDEDRECORD 1 0 1 0 0 0 0 0 + table[104] = 0xA0; // U_EMRPIXELFORMAT 1 0 1 0 0 0 0 0 + table[105] = 0xA0; // U_EMRDRAWESCAPE 1 0 1 0 0 0 0 0 + table[106] = 0xA0; // U_EMREXTESCAPE 1 0 1 0 0 0 0 0 + table[107] = 0xA0; // U_EMRUNDEF107 1 0 1 0 0 0 0 0 + table[108] = 0x02; // U_EMRSMALLTEXTOUT 0 0 0 0 0 0 1 0 + table[109] = 0xA0; // U_EMRFORCEUFIMAPPING 1 0 1 0 0 0 0 0 + table[110] = 0xA0; // U_EMRNAMEDESCAPE 1 0 1 0 0 0 0 0 + table[111] = 0xA0; // U_EMRCOLORCORRECTPALETTE 1 0 1 0 0 0 0 0 + table[112] = 0xA0; // U_EMRSETICMPROFILEA 1 0 1 0 0 0 0 0 + table[113] = 0xA0; // U_EMRSETICMPROFILEW 1 0 1 0 0 0 0 0 + table[114] = 0x82; // U_EMRALPHABLEND 1 0 0 0 0 0 1 0 + table[115] = 0xA0; // U_EMRSETLAYOUT 1 0 1 0 0 0 0 0 + table[116] = 0x82; // U_EMRTRANSPARENTBLT 1 0 0 0 0 0 1 0 + table[117] = 0xA0; // U_EMRUNDEF117 1 0 1 0 0 0 0 0 + table[118] = 0x82; // U_EMRGRADIENTFILL 1 0 1 0 0 0 1 0 + table[119] = 0xA0; // U_EMRSETLINKEDUFIS 1 0 1 0 0 0 0 0 + table[120] = 0x20; // U_EMRSETTEXTJUSTIFICATION 0 0 1 0 0 0 0 0 + table[121] = 0xA0; // U_EMRCOLORMATCHTOTARGETW 1 0 1 0 0 0 0 0 + table[122] = 0xA0; // U_EMRCREATECOLORSPACEW 1 0 1 0 0 0 0 0 + } + result = table[type]; + } + return(result); +} + +/** + \brief Derive from bounding rect, start and end radials, for arc, chord, or pie, the center, start, and end points, and the bounding rectangle. + + \return 0 on success, other values on errors. + \param rclBox bounding rectangle + \param ArcStart start of arc + \param ArcEnd end of arc + \param f1 1 if rotation angle >= 180, else 0 + \param f2 Rotation direction, 1 if counter clockwise, else 0 + \param center Center coordinates + \param start Start coordinates (point on the ellipse defined by rect) + \param end End coordinates (point on the ellipse defined by rect) + \param size W,H of the x,y axes of the bounding rectangle. +*/ +int emr_arc_points_common( + PU_RECTL rclBox, + PU_POINTL ArcStart, + PU_POINTL ArcEnd, + int *f1, + int f2, + PU_PAIRF center, + PU_PAIRF start, + PU_PAIRF end, + PU_PAIRF size + ){ + U_PAIRF estart; // EMF start position, defines a radial + U_PAIRF eend; // EMF end position, defines a radial + U_PAIRF vec_estart; // define a unit vector from the center to estart + U_PAIRF vec_eend; // define a unit vector from the center to eend + U_PAIRF radii; // x,y radii of ellipse + U_PAIRF ratio; // intermediate value + float scale, cross; + center->x = ((float)(rclBox->left + rclBox->right ))/2.0; + center->y = ((float)(rclBox->top + rclBox->bottom))/2.0; + size->x = (float)(rclBox->right - rclBox->left ); + size->y = (float)(rclBox->bottom - rclBox->top ); + estart.x = (float)(ArcStart->x); + estart.y = (float)(ArcStart->y); + eend.x = (float)(ArcEnd->x); + eend.y = (float)(ArcEnd->y); + radii.x = size->x/2.0; + radii.y = size->y/2.0; + + vec_estart.x = (estart.x - center->x); // initial vector, not unit length + vec_estart.y = (estart.y - center->y); + scale = sqrt(vec_estart.x*vec_estart.x + vec_estart.y*vec_estart.y); + if(!scale)return(1); // bogus record, has start at center + vec_estart.x /= scale; // now a unit vector + vec_estart.y /= scale; + + vec_eend.x = (eend.x - center->x); // initial vector, not unit length + vec_eend.y = (eend.y - center->y); + scale = sqrt(vec_eend.x*vec_eend.x + vec_eend.y*vec_eend.y); + if(!scale)return(2); // bogus record, has end at center + vec_eend.x /= scale; // now a unit vector + vec_eend.y /= scale; + + + // Find the intersection of the vectors with the ellipse. With no loss of generality + // we can translate the ellipse to the origin, then we just need to find tu (t a factor, u the unit vector) + // that also satisfies (x/Rx)^2 + (y/Ry)^2 = 1. x is t*(ux), y is t*(uy), where ux,uy are the x,y components + // of the unit vector. Substituting gives: + // (t*(ux)/Rx)^2 + (t*(uy)/Ry)^2 = 1 + // t^2 = 1/( (ux/Rx)^2 + (uy/Ry)^2 ) + // t = sqrt(1/( (ux/Rx)^2 + (uy/Ry)^2 )) + + ratio.x = vec_estart.x/radii.x; + ratio.y = vec_estart.y/radii.y; + ratio.x *= ratio.x; // we only use the square + ratio.y *= ratio.y; + scale = 1.0/sqrt(ratio.x + ratio.y); + start->x = center->x + scale * vec_estart.x; + start->y = center->y + scale * vec_estart.y; + + ratio.x = vec_eend.x/radii.x; + ratio.y = vec_eend.y/radii.y; + ratio.x *= ratio.x; // we only use the square + ratio.y *= ratio.y; + scale = 1.0/sqrt(ratio.x + ratio.y); + end->x = center->x + scale * vec_eend.x; + end->y = center->y + scale * vec_eend.y; + + //lastly figure out if the swept angle is >180 degrees or not, based on the direction of rotation + //and the two unit vectors. + + cross = vec_estart.x * vec_eend.y - vec_estart.y * vec_eend.x; + if(!f2){ // counter clockwise rotation + if(cross >=0){ *f1 = 1; } + else { *f1 = 0; } + } + else { + if(cross >=0){ *f1 = 0; } + else { *f1 = 1; } + } + + + return(0); +} + +/** + \brief Derive from an EMF arc, chord, or pie the center, start, and end points, and the bounding rectangle. + + \return 0 on success, other values on errors. + \param record U_EMRPIE, U_EMRCHORD, or _EMRARC record + \param f1 1 if rotation angle >= 180, else 0 + \param f2 Rotation direction, 1 if counter clockwise, else 0 + \param center Center coordinates + \param start Start coordinates (point on the ellipse defined by rect) + \param end End coordinates (point on the ellipse defined by rect) + \param size W,H of the x,y axes of the bounding rectangle. +*/ +int emr_arc_points( + PU_ENHMETARECORD record, + int *f1, + int f2, + PU_PAIRF center, + PU_PAIRF start, + PU_PAIRF end, + PU_PAIRF size + ){ + PU_EMRARC pEmr = (PU_EMRARC) (record); + return emr_arc_points_common(&(pEmr->rclBox), &(pEmr->ptlStart), &(pEmr->ptlEnd), f1, f2, center, start, end, size ); +} + +/** + \brief Convert a U_RGBA 32 bit pixmap to one of many different types of DIB pixmaps. + + Conversions to formats using color tables assume that the color table can hold every color + in the input image. If that assumption is false then the conversion will fail. Conversion + from 8 bit color to N bit colors (N<8) do so by shifting the appropriate number of bits. + + \return 0 on success, other values on errors. + \param px DIB pixel array + \param cbPx DIB pixel array size in bytes + \param ct DIB color table + \param numCt DIB color table number of entries + \param rgba_px U_RGBA pixel array (32 bits) + \param w Width of pixel array + \param h Height of pixel array + \param stride Row stride of input pixel array in bytes + \param colortype DIB BitCount Enumeration + \param use_ct If true use color table (only for 1-16 bit DIBs). + \param invert If DIB rows are in opposite order from RGBA rows +*/ +int RGBA_to_DIB( + char **px, + uint32_t *cbPx, + PU_RGBQUAD *ct, + int *numCt, + const char *rgba_px, + int w, + int h, + int stride, + uint32_t colortype, + int use_ct, + int invert + ){ + int bs; + int pad; + int i,j,k; + int istart, iend, iinc; + uint8_t r,g,b,a,tmp8; + char *pxptr; + const char *rptr; + int found; + int usedbytes; + U_RGBQUAD color; + PU_RGBQUAD lct; + int32_t index; + + *px=NULL; + *ct=NULL; + *numCt=0; + *cbPx=0; + // sanity checking + if(!w || !h || !stride || !colortype || !rgba_px)return(1); + if(use_ct && colortype >= U_BCBM_COLOR16)return(2); //color tables not used above 16 bit pixels + if(!use_ct && colortype < U_BCBM_COLOR16)return(3); //color tables mandatory for < 16 bit + + bs = colortype/8; + if(bs<1){ + usedbytes = (w*colortype + 7)/8; // width of line in fully and partially occupied bytes + } + else { + usedbytes = w*bs; + } + pad = UP4(usedbytes) - usedbytes; // DIB rows must be aligned on 4 byte boundaries, they are padded at the end to accomplish this.; + *cbPx = h * (usedbytes + pad); // Rows must start on a 4 byte boundary! + *px = (char *) malloc(*cbPx); + if(!px)return(4); + if(use_ct){ + *numCt = 1<< colortype; + if(*numCt >w*h)*numCt=w*h; + lct = (PU_RGBQUAD) malloc(*numCt * sizeof(U_RGBQUAD)); + if(!lct)return(5); + *ct = lct; + } + + if(invert){ + istart = h-1; + iend = -1; + iinc = -1; + } + else { + istart = 0; + iend = h; + iinc = 1; + } + + found = 0; + tmp8 = 0; + pxptr = *px; + for(i=istart; i!=iend; i+=iinc){ + rptr= rgba_px + i*stride; + for(j=0; j<w; j++){ + r = *rptr++; + g = *rptr++; + b = *rptr++; + a = *rptr++; + if(use_ct){ + color = U_BGRA(r,g,b,a); // color has order in memory: b,g,r,a, same as EMF+ ARGB + index = -1; + for(lct = *ct, k=0; k<found; k++,lct++){ // Is this color in the table (VERY inefficient if there are a lot of colors!!!) + if(*(uint32_t *)lct != *(uint32_t *) &color)continue; + index =k; + break; + } + if(index==-1){ // add a color + found++; + if(found > *numCt){ // More colors found than are supported by the color table + free(*ct); + free(*px); + *numCt=0; + *cbPx=0; + return(6); + } + index = found - 1; + *lct = color; + } + switch(colortype){ + case U_BCBM_MONOCHROME: // 2 colors. bmiColors array has two entries + tmp8 = tmp8 >> 1; // This seems wrong, as it fills from the top of each byte. But it works. + tmp8 |= index << 7; + if(!((j+1) % 8)){ + *pxptr++ = tmp8; + tmp8 = 0; + } + break; + case U_BCBM_COLOR4: // 2^4 colors. bmiColors array has 16 entries + tmp8 = tmp8 << 4; + tmp8 |= index; + if(!((j+1) % 2)){ + *pxptr++ = tmp8; + tmp8 = 0; + } + break; + case U_BCBM_COLOR8: // 2^8 colors. bmiColors array has 256 entries + tmp8 = index; + *pxptr++ = tmp8; + break; + case U_BCBM_COLOR16: // 2^16 colors. (Several different color methods)) + case U_BCBM_COLOR24: // 2^24 colors. bmiColors is not used. Pixels are U_RGBTRIPLE. + case U_BCBM_COLOR32: // 2^32 colors. bmiColors is not used. Pixels are U_RGBQUAD. + case U_BCBM_EXPLICIT: // Derinved from JPG or PNG compressed image or ? + default: + return(7); // This should not be possible, but might happen with memory corruption + } + } + else { + switch(colortype){ + case U_BCBM_COLOR16: // 2^16 colors. (Several different color methods)) + b /= 8; g /= 8; r /= 8; + // Do it in this way so that the bytes are always stored Little Endian + tmp8 = b; + tmp8 |= g<<5; // least significant 3 bits of green + *pxptr++ = tmp8; + tmp8 = g>>3; // most significant 2 bits of green (there are only 5 bits of data) + tmp8 |= r<<2; + *pxptr++ = tmp8; + break; + case U_BCBM_COLOR24: // 2^24 colors. bmiColors is not used. Pixels are U_RGBTRIPLE. + *pxptr++ = b; + *pxptr++ = g; + *pxptr++ = r; + break; + case U_BCBM_COLOR32: // 2^32 colors. bmiColors is not used. Pixels are U_RGBQUAD. + *pxptr++ = b; + *pxptr++ = g; + *pxptr++ = r; + *pxptr++ = a; + break; + case U_BCBM_MONOCHROME: // 2 colors. bmiColors array has two entries + case U_BCBM_COLOR4: // 2^4 colors. bmiColors array has 16 entries + case U_BCBM_COLOR8: // 2^8 colors. bmiColors array has 256 entries + case U_BCBM_EXPLICIT: // Derinved from JPG or PNG compressed image or ? + default: + return(7); // This should not be possible, but might happen with memory corruption + } + } + } + if( use_ct && colortype == U_BCBM_MONOCHROME && (j % 8) ){ + *pxptr++ = tmp8; // Write last few indices + tmp8 = 0; + } + if( use_ct && colortype == U_BCBM_COLOR4 && (j % 2) ){ + *pxptr++ = tmp8; // Write last few indices + tmp8 = 0; + } + if(pad){ + memset(pxptr,0,pad); // not strictly necessary, but set all bytes so that we can find important unset ones with valgrind + pxptr += pad; + } + } + return(0); +} + +/** + \brief Get the actual number of colors in the color table from the BitMapInfoHeader. + \return Number of entries in the color table. + \param Bmih char * pointer to the U_BITMAPINFOHEADER + + BitmapInfoHeader may list 0 for some types which implies the maximum value. + If the image is big enough, that is set by the bit count, as in 256 for an 8 + bit image. + If the image is smaller it is set by width * height. + Note, this may be called by WMF code, so it is not safe to assume the data is aligned. +*/ +int get_real_color_count( + const char *Bmih + ){ + int Colors, BitCount, Width, Height; + uint32_t utmp4; + uint16_t utmp2; + int32_t tmp4; + char *cBmih = (char *) Bmih; + memcpy(&utmp4, cBmih + offsetof(U_BITMAPINFOHEADER,biClrUsed), 4); Colors = utmp4; + memcpy(&utmp2, cBmih + offsetof(U_BITMAPINFOHEADER,biBitCount), 2); BitCount = utmp2; + memcpy(&tmp4, cBmih + offsetof(U_BITMAPINFOHEADER,biWidth), 4); Width = tmp4; + memcpy(&tmp4, cBmih + offsetof(U_BITMAPINFOHEADER,biHeight), 4); Height = tmp4; + return(get_real_color_icount(Colors, BitCount, Width, Height)); +} + +/** + \brief Get the actual number of colors in the color table from the ClrUsed, BitCount, Width, and Height. + \return Number of entries in the color table. + \param Colors Number of colors in the table. + \param BitCount BitCount Enumeration + \param Width bitmap width + \param Height bitmap height +*/ +int get_real_color_icount( + int Colors, + int BitCount, + int Width, + int Height + ){ + int area = Width * Height; + if(area < 0){ area = -area; } /* Height might be negative */ + if(Colors == 0){ + if( BitCount == U_BCBM_MONOCHROME){ Colors = 2; } + else if(BitCount == U_BCBM_COLOR4 ){ Colors = 16; } + else if(BitCount == U_BCBM_COLOR8 ){ Colors = 256; } + if(Colors > area){ Colors = area; } + } + return(Colors); +} + + +/** + \brief Get the DIB parameters from the BMI of the record for use by DBI_to_RGBA() + + \return BI_Compression Enumeration. For anything other than U_BI_RGB values other than px may not be valid. + \param record pointer to EMR record that has a U_BITMAPINFO and bitmap + \param offBitsSrc Offset to the bitmap + \param offBmiSrc Offset to the U_BITMAPINFO + \param px pointer to DIB pixel array in pEmr + \param ct pointer to DIB color table in pEmr + \param numCt DIB color table number of entries, for PNG or JPG returns the number of bytes in the image + \param width Width of pixel array + \param height Height of pixel array (always returned as a positive number) + \param colortype DIB BitCount Enumeration + \param invert If DIB rows are in opposite order from RGBA rows +*/ +int get_DIB_params( + const char *record, + uint32_t offBitsSrc, + uint32_t offBmiSrc, + const char **px, + const U_RGBQUAD **ct, + uint32_t *numCt, + uint32_t *width, + uint32_t *height, + uint32_t *colortype, + uint32_t *invert + ){ + uint32_t bic; + PU_BITMAPINFO Bmi = (PU_BITMAPINFO)(record + offBmiSrc); + PU_BITMAPINFOHEADER Bmih = &(Bmi->bmiHeader); + /* if biCompression is not U_BI_RGB some or all of the following might not hold real values */ + bic = Bmih->biCompression; + *width = Bmih->biWidth; + *colortype = Bmih->biBitCount; + if(Bmih->biHeight < 0){ + *height = -Bmih->biHeight; + *invert = 1; + } + else { + *height = Bmih->biHeight; + *invert = 0; + } + if(bic == U_BI_RGB){ + *numCt = get_real_color_count((const char *) Bmih); + if( numCt){ *ct = (PU_RGBQUAD) ((char *)Bmi + sizeof(U_BITMAPINFOHEADER)); } + else { *ct = NULL; } + } + else if(bic == U_BI_BITFIELDS){ /* to date only encountered once, for 32 bit, from PPT*/ + *numCt = 0; + *ct = NULL; + bic = U_BI_RGB; /* there seems to be no difference, at least for the 32 bit images */ + } + else { + *numCt = Bmih->biSizeImage; + *ct = NULL; + } + *px = record + offBitsSrc; + return(bic); +} + +/** + \brief Convert one of many different types of DIB pixmaps to an RGBA 32 bit pixmap. + + \return 0 on success, other values on errors. + \param px DIB pixel array + \param ct DIB color table + \param numCt DIB color table number of entries + \param rgba_px U_RGBA pixel array (32 bits), created by this routine, caller must free. + \param w Width of pixel array in the record + \param h Height of pixel array in the record + \param colortype DIB BitCount Enumeration + \param use_ct Kept for symmetry with RGBA_to_DIB, should be set to numCt + \param invert If DIB rows are in opposite order from RGBA rows +*/ +int DIB_to_RGBA( + const char *px, + const U_RGBQUAD *ct, + int numCt, + char **rgba_px, + int w, + int h, + uint32_t colortype, + int use_ct, + int invert + ){ + uint32_t cbRgba_px; + int stride; + int bs; + int pad; + int i,j; + int istart, iend, iinc; + uint8_t r,g,b,a,tmp8; + const char *pxptr; + char *rptr; + int usedbytes; + U_RGBQUAD color; + int32_t index; + + // sanity checking + if(!w || !h || !colortype || !px)return(1); + if(use_ct && colortype >= U_BCBM_COLOR16)return(2); //color tables not used above 16 bit pixels + if(!use_ct && colortype < U_BCBM_COLOR16)return(3); //color tables mandatory for < 16 bit + if(use_ct && !numCt)return(4); //color table not adequately described + + stride = w * 4; + cbRgba_px = stride * h; + bs = colortype/8; + if(bs<1){ + usedbytes = (w*colortype + 7)/8; // width of line in fully and partially occupied bytes + } + else { + usedbytes = w*bs; + } + pad = UP4(usedbytes) - usedbytes; // DIB rows must be aligned on 4 byte boundaries, they are padded at the end to accomplish this.; + *rgba_px = (char *) malloc(cbRgba_px); + if(!rgba_px)return(4); + + if(invert){ + istart = h-1; + iend = -1; + iinc = -1; + } + else { + istart = 0; + iend = h; + iinc = 1; + } + + pxptr = px; + tmp8 = 0; // silences a compiler warning, tmp8 always sets when j=0, so never used uninitialized + for(i=istart; i!=iend; i+=iinc){ + rptr= *rgba_px + i*stride; + for(j=0; j<w; j++){ + if(use_ct){ + switch(colortype){ + case U_BCBM_MONOCHROME: // 2 colors. bmiColors array has two entries + if(!(j % 8)){ tmp8 = *pxptr++; } + index = 0x80 & tmp8; // This seems wrong, as lowest position is top bit, but it works. + index = index >> 7; + tmp8 = tmp8 << 1; + break; + case U_BCBM_COLOR4: // 2^4 colors. bmiColors array has 16 entries + if(!(j % 2)){ tmp8 = *pxptr++; } + index = 0xF0 & tmp8; + index = index >> 4; + tmp8 = tmp8 << 4; + break; + case U_BCBM_COLOR8: // 2^8 colors. bmiColors array has 256 entries + index = (uint8_t) *pxptr++;; + break; + case U_BCBM_COLOR16: // 2^16 colors. (Several different color methods)) + case U_BCBM_COLOR24: // 2^24 colors. bmiColors is not used. Pixels are U_RGBTRIPLE. + case U_BCBM_COLOR32: // 2^32 colors. bmiColors is not used. Pixels are U_RGBQUAD. + case U_BCBM_EXPLICIT: // Derinved from JPG or PNG compressed image or ? + default: + return(7); // This should not be possible, but might happen with memory corruption + } + color = ct[index]; + b = U_BGRAGetB(color); + g = U_BGRAGetG(color); + r = U_BGRAGetR(color); + a = U_BGRAGetA(color); + } + else { + switch(colortype){ + case U_BCBM_COLOR16: // 2^16 colors. (Several different color methods)) + // Do it in this way because the bytes are always stored Little Endian + tmp8 = *pxptr++; + b = (0x1F & tmp8) <<3; // 5 bits of b into the top 5 of 8 + g = tmp8 >> 5; // least significant 3 bits of green + tmp8 = *pxptr++; + r = (0x7C & tmp8) << 1; // 5 bits of r into the top 5 of 8 + g |= (0x3 & tmp8) << 3; // most significant 2 bits of green (there are only 5 bits of data) + g = g << 3; // restore intensity (have lost 3 bits of accuracy) + a = 0; + break; + case U_BCBM_COLOR24: // 2^24 colors. bmiColors is not used. Pixels are U_RGBTRIPLE. + b = *pxptr++; + g = *pxptr++; + r = *pxptr++; + a = 0; + break; + case U_BCBM_COLOR32: // 2^32 colors. bmiColors is not used. Pixels are U_RGBQUAD. + b = *pxptr++; + g = *pxptr++; + r = *pxptr++; + a = *pxptr++; + break; + case U_BCBM_MONOCHROME: // 2 colors. bmiColors array has two entries + case U_BCBM_COLOR4: // 2^4 colors. bmiColors array has 16 entries + case U_BCBM_COLOR8: // 2^8 colors. bmiColors array has 256 entries + case U_BCBM_EXPLICIT: // Derinved from JPG or PNG compressed image or ? + default: + return(7); // This should not be possible, but might happen with memory corruption + } + } + *rptr++ = r; + *rptr++ = g; + *rptr++ = b; + *rptr++ = a; + } + for(j=0; j<pad; j++){ pxptr++; } // DIB rows are all 4 byte aligned + } + return(0); +} + +/** + \brief Extract a subset of an RGBA bitmap array. + Frees the incoming bitmap array IF a subset is extracted, otherwise it is left alone. + If the entire array is extracted it just returns the incoming pointer. + If the subset requested is partially outside of the bitmap the region is clipped to the + bitmap boundaries and extracted. This seems to be a (very) grey area in EMF files, and + even different Microsoft applications do not always do the same thing. For instance, + XP Preview gives some different images for EMR_BITBLT records than does the "import image" + (but not unpacked) view in PowerPoint. Since all of these states are probably best viewed + as undefined or errors we can only try to do something reasonable and not blow up when + encountering one. + + \return Pointer to the sub array on success, NULL otherwise. + \param rgba_px U_RGBA pixel array (32 bits), created by this routine, caller must free. + \param w Width of pixel array in the record + \param h Height of pixel array in the record + \param sl start left position in the pixel array in the record to start extracting + \param st start top position in the pixel array in the record to start extracting + \param eew Width of pixel array to extract + \param eeh Height of pixel array to extract +*/ +char *RGBA_to_RGBA( + char *rgba_px, + int w, + int h, + int sl, + int st, + int *eew, + int *eeh + ){ + int i; + char *sub; + char *sptr; + int ew = *eew; + int eh = *eeh; + + // sanity checking + if(w<=0 || h<=0 || ew<=0 || eh<=0 || !rgba_px)return(NULL); + + if(sl>w || st >h)return(NULL); // This is hopeless, the start point is outside of the array. + if(sl<0){ + if(sl+ew<=0)return(NULL); // This is hopeless, the start point is outside of the array. + ew += sl; + sl = 0; + } + if(st<0){ + if(st+eh<=0)return(NULL); // This is hopeless, the start point is outside of the array. + eh += st; + st = 0; + } + if(sl+ew > w)ew=w-sl; + if(st+eh > h)eh=h-st; + if(!sl && !st && (ew == w) && (eh == h)){ + sub = rgba_px; + } + else { + sptr = sub = malloc(ew*eh*4); + if(!sub)return(NULL); + for(i=st; i<st+eh; i++){ + memcpy(sptr,rgba_px + i*w*4 + sl*4,4*ew); + sptr += 4*ew; + } + free(rgba_px); + } + *eeh = eh; + *eew = ew; + return(sub); + } + + +/* ********************************************************************************************** +These functions are for setting up, appending to, and then tearing down an EMF structure, including +writing the final data structure out to a file. +*********************************************************************************************** */ + +/** + \brief Duplicate an EMR record. + \param emr record to duplicate +*/ +char *emr_dup( + const char *emr + ){ + char *dup; + int irecsize; + + if(!emr)return(NULL); + irecsize = ((PU_EMR)emr)->nSize; + dup=malloc(irecsize); + if(dup){ memcpy(dup,emr,irecsize); } + return(dup); +} + + +/** + \brief Start constructing an emf in memory. Supply the file name and initial size. + \return 0 for success, >=0 for failure. + \param name EMF filename (will be opened) + \param initsize Initialize EMF in memory to hold this many bytes + \param chunksize When needed increase EMF in memory by this number of bytes + \param et EMF in memory + + +*/ +int emf_start( + const char *name, + const uint32_t initsize, + const uint32_t chunksize, + EMFTRACK **et + ){ + FILE *fp; + EMFTRACK *etl=NULL; + + if(initsize < 1)return(1); + if(chunksize < 1)return(2); + if(!name)return(3); + etl = (EMFTRACK *) malloc(sizeof(EMFTRACK)); + if(!etl)return(4); + etl->buf = malloc(initsize); // no need to zero the memory + if(!etl->buf){ + free(etl); + return(5); + } + fp=emf_fopen(name,U_WRITE); + if(!fp){ + free(etl->buf); + free(etl); + return(6); + } + etl->fp = fp; + etl->allocated = initsize; + etl->used = 0; + etl->records = 0; + etl->PalEntries = 0; + etl->chunk = chunksize; + *et=etl; + return(0); +} + +/** + \brief Finalize the emf in memory and write it to the file. + \return 0 on success, >=1 on failure + \param et EMF in memory + \param eht EMF handle table (peak handle number needed) +*/ +int emf_finish( + EMFTRACK *et, + EMFHANDLES *eht + ){ + U_EMRHEADER *record; + + if(!et->fp)return(1); // This could happen if something stomps on memory, otherwise should be caught in emf_start + + // Set the header fields which were unknown up until this point + + record = (U_EMRHEADER *)et->buf; + record->nBytes = et->used; + record->nRecords = et->records; + record->nHandles = eht->peak + 1; + record->nPalEntries = et->PalEntries; + +#if U_BYTE_SWAP + //This is a Big Endian machine, EMF data must be Little Endian + U_emf_endian(et->buf,et->used,1); +#endif + + if(1 != fwrite(et->buf,et->used,1,et->fp))return(2); + (void) fclose(et->fp); + et->fp=NULL; + return(0); +} + +/** + \brief Release memory for an emf structure in memory. Call this after emf_finish(). + \return 0 on success, >=1 on failure + \param et EMF in memory +*/ +int emf_free( + EMFTRACK **et + ){ + EMFTRACK *etl; + if(!et)return(1); + etl=*et; + if(!etl)return(2); + free(etl->buf); + free(etl); + *et=NULL; + return(0); +} + +/** + \brief wrapper for fopen, works on any platform + \return 0 on success, >=1 on failure + \param filename file to open (either ASCII or UTF-8) + \param mode U_READ or U_WRITE (these map to "rb" and "wb") +*/ +FILE *emf_fopen( + const char *filename, + const int mode + ){ + FILE *fp = NULL; +#ifdef WIN32 + uint16_t *fn16; + uint16_t *md16; + if(mode == U_READ){ md16 = U_Utf8ToUtf16le("rb", 0, NULL); } + else { md16 = U_Utf8ToUtf16le("wb", 0, NULL); } + fn16 = U_Utf8ToUtf16le(filename, 0, NULL); + fp = _wfopen(fn16,md16); + free(fn16); + free(md16); +#else + if(mode == U_READ){ fp = fopen(filename,"rb"); } + else { fp = fopen(filename,"wb"); } +#endif + return(fp); +} + +/** + \brief Retrieve contents of an EMF file by name. + \return 0 on success, >=1 on failure + \param filename Name of file to open, including the path + \param contents Contents of the file. Buffer must be free()'d by caller. + \param length Number of bytes in Contents +*/ +int emf_readdata( + const char *filename, + char **contents, + size_t *length + ){ + FILE *fp; + int status=0; + + *contents=NULL; + fp=emf_fopen(filename,U_READ); + if(!fp){ status = 1; } + else { + // read the entire file into memory + fseek(fp, 0, SEEK_END); // move to end + *length = ftell(fp); + rewind(fp); + *contents = (char *) malloc(*length); + if(!*contents){ + status = 2; + } + else { + size_t inbytes = fread(*contents,*length,1,fp); + if(inbytes != 1){ + free(*contents); + status = 3; + } + else { +#if U_BYTE_SWAP + //This is a Big Endian machine, EMF data is Little Endian + U_emf_endian(*contents,*length,0); // LE to BE +#endif + } + } + fclose(fp); + } + return(status); +} + + +/** + \brief Append an EMF record to an emf in memory. This may reallocate buf memory. + \return 0 for success, >=1 for failure. + \param rec Record to append to EMF in memory + \param et EMF in memory + \param freerec If true, free rec after append +*/ +int emf_append( + U_ENHMETARECORD *rec, + EMFTRACK *et, + int freerec + ){ + size_t deficit; + +#ifdef U_VALGRIND + printf("\nbefore \n"); + printf(" probe %d\n",memprobe(rec, U_EMRSIZE(rec))); + printf("after \n"); +#endif + if(!rec)return(1); + if(!et)return(2); + if(rec->nSize + et->used > et->allocated){ + deficit = rec->nSize + et->used - et->allocated; + if(deficit < et->chunk)deficit = et->chunk; + et->allocated += deficit; + et->buf = realloc(et->buf,et->allocated); + if(!et->buf)return(3); + } + memcpy(et->buf + et->used, rec, rec->nSize); + et->used += rec->nSize; + et->records++; + if(rec->iType == U_EMR_EOF){ et->PalEntries = ((U_EMREOF *)rec)->cbPalEntries; } + if(freerec){ free(rec); } + return(0); +} + +/** + \brief Create a handle table. Entries filled with 0 are empty, entries >0 hold a handle. + \return 0 for success, >=1 for failure. + \param initsize Initialize with space for this number of handles + \param chunksize When needed increase space by this number of handles + \param eht EMF handle table +*/ +int emf_htable_create( + uint32_t initsize, + uint32_t chunksize, + EMFHANDLES **eht + ){ + EMFHANDLES *ehtl; + unsigned int i; + + if(initsize<1)return(1); + if(chunksize<1)return(2); + ehtl = (EMFHANDLES *) malloc(sizeof(EMFHANDLES)); + if(!ehtl)return(3); + ehtl->table = malloc(initsize * sizeof(uint32_t)); + if(!ehtl->table){ + free(ehtl); + return(4); + } + ehtl->stack = malloc(initsize * sizeof(uint32_t)); + if(!ehtl->stack){ + free(ehtl->table); + free(ehtl); + return(5); + } + memset(ehtl->table , 0, initsize * sizeof(uint32_t)); // zero all slots in the table + for(i=1; i<initsize; i++){ehtl->stack[i]=i;} // preset the stack + ehtl->allocated = initsize; + ehtl->chunk = chunksize; + ehtl->table[0] = 0; // This slot isn't actually ever used + ehtl->stack[0] = 0; // This stack position isn't actually ever used + ehtl->peak = 1; + ehtl->sptr = 1; + ehtl->top = 0; + *eht = ehtl; + return(0); +} + +/** + \brief Delete an entry from the handle table. Move it back onto the stack. The specified slot is filled with a 0. + \return 0 for success, >=1 for failure. + \param ih handle + \param eht EMF handle table + +*/ +int emf_htable_delete( + uint32_t *ih, + EMFHANDLES *eht + ){ + if(!eht)return(1); + if(!eht->table)return(2); + if(!eht->stack)return(3); + if(*ih < 1)return(4); // invalid handle + if(!eht->table[*ih])return(5); // requested table position was not in use + eht->table[*ih]=0; // remove handle from table + while(eht->top>0 && !eht->table[eht->top]){ // adjust top + eht->top--; + } + eht->sptr--; // adjust stack + eht->stack[eht->sptr]=*ih; // place handle on stack + *ih=0; // invalidate handle variable, so a second delete will of it is not possible + return(0); +} + +/** + \brief Returns the index of the first free slot. + Call realloc() if needed. The slot is set to handle (indicates occupied) and the peak value is adjusted. + \return 0 for success, >=1 for failure. + \param ih handle + \param eht EMF handle table +*/ +int emf_htable_insert( + uint32_t *ih, + EMFHANDLES *eht + ){ + unsigned int i; + size_t newsize; + + if(!eht)return(1); + if(!eht->table)return(2); + if(!eht->stack)return(3); + if(!ih)return(4); + if(eht->sptr >= eht->allocated - 1){ // need to reallocate + newsize=eht->allocated + eht->chunk; + eht->table = realloc(eht->table,newsize * sizeof(uint32_t)); + if(!eht->table)return(5); + memset(&eht->table[eht->allocated] , 0, eht->chunk * sizeof(uint32_t)); // zero all NEW slots in the table + + eht->stack = realloc(eht->stack,newsize * sizeof(uint32_t)); + if(!eht->stack)return(6); + for(i=eht->allocated; i<newsize;i++){ eht->stack[i] = i; } // init all NEW slots in the stack + eht->allocated = newsize; + } + *ih = eht->stack[eht->sptr]; // handle that is inserted + if(eht->table[*ih])return(7); + eht->table[*ih] = *ih; // handle goes into preexisting (but zero) slot in table + eht->stack[eht->sptr] = 0; + if(*ih > eht->top){ eht->top = *ih; } + if(eht->sptr > eht->peak){ eht->peak = eht->sptr; } + eht->sptr++; // next available handle + return(0); +} + +/** + \brief Free all memory in an htable. Sets the pointer to NULL. + \return 0 for success, >=1 for failure. + \param eht EMF handle table +*/ +int emf_htable_free( + EMFHANDLES **eht + ){ + EMFHANDLES *ehtl; + if(!eht)return(1); + ehtl = *eht; + if(!ehtl)return(2); + if(!ehtl->table)return(3); + if(!ehtl->stack)return(4); + free(ehtl->table); + free(ehtl->stack); + free(ehtl); + *eht=NULL; + return(0); +} + +/* ********************************************************************************************** +These functions create standard structures used in the EMR records. +*********************************************************************************************** */ + + +/** + \brief Set up fields for an EMR_HEADER from the physical device's width and height in mm and dots per millimeter. + Typically this is something like 216,279,47.244 (Letter paper, 1200 DPI = 47.244 DPmm) + \return 0 for success, >=1 for failure. + \param xmm Device width in millimeters + \param ymm Device height in millimeters + \param dpmm Dots per millimeter + \param szlDev Device size structure in pixels + \param szlMm Device size structure in mm +*/ +int device_size( + const int xmm, + const int ymm, + const float dpmm, + U_SIZEL *szlDev, + U_SIZEL *szlMm + ){ + if(xmm < 0 || ymm < 0 || dpmm < 0)return(1); + szlDev->cx = U_ROUND((float) xmm * dpmm); + szlDev->cy = U_ROUND((float) ymm * dpmm);; + szlMm->cx = xmm; + szlMm->cy = ymm; + return(0); +} + +/** + \brief Set up fields for an EMR_HEADER for drawing by physical size in mm and dots per millimeter. + Technically rclBounds is supposed to be the extent of the drawing within the EMF, but libUEMF has no way + of knowing this since it never actually draws anything. Instead this is set to the full drawing size. + Coordinates are inclusive inclusive, so 297 -> 0,29699. + \return 0 for success, >=1 for failure. + \param xmm Drawing width in millimeters + \param ymm Drawing height in millimeters + \param dpmm Dots per millimeter + \param rclBounds Drawing size structure in pixels + \param rclFrame Drawing size structure in mm +*/ +int drawing_size( + const int xmm, + const int ymm, + const float dpmm, + U_RECTL *rclBounds, + U_RECTL *rclFrame + ){ + if(xmm < 0 || ymm < 0 || dpmm < 0)return(1); + rclBounds->left = 0; + rclBounds->top = 0; + rclBounds->right = U_ROUND((float) xmm * dpmm) - 1; // because coordinate system is 0,0 in upper left, N,M in lower right + rclBounds->bottom = U_ROUND((float) ymm * dpmm) - 1; + rclFrame->left = 0; + rclFrame->top = 0; + rclFrame->right = U_ROUND((float) xmm * 100.) - 1; + rclFrame->bottom = U_ROUND((float) ymm * 100.) - 1; + return(0); +} + +/** + \brief Set a U_COLORREF value from separate R,G,B values. + \param red Red component + \param green Green component + \param blue Blue component + +*/ +U_COLORREF colorref3_set( + uint8_t red, + uint8_t green, + uint8_t blue + ){ + U_COLORREF cr = (U_COLORREF){red , green, blue, 0}; + return(cr); +} + +/** + \brief Set a U_COLORREF value from separate R,G,B, and Reserved values. + \param red Red component + \param green Green component + \param blue Blue component + \param Reserved Reserved component + +*/ +U_COLORREF colorref4_set( + uint8_t red, + uint8_t green, + uint8_t blue, + uint8_t Reserved + ){ + U_COLORREF cr = (U_COLORREF){red , green, blue, Reserved}; + return(cr); +} + +/** + \brief Set a U_RGBQUAD value from separate R,G,B, Reserved values. + \param red Red component + \param green Green component + \param blue Blue component + \param reserved Reserved component + +*/ +U_RGBQUAD rgbquad_set( + uint8_t red, + uint8_t green, + uint8_t blue, + uint8_t reserved + ){ + U_RGBQUAD cr = (U_RGBQUAD){blue , green, red, reserved}; + return(cr); +} + +/** + \brief Set rect and rectl objects from Upper Left and Lower Right corner points. + \param ul upper left corner of rectangle + \param lr lower right corner of rectangle +*/ +U_RECTL rectl_set( + U_POINTL ul, + U_POINTL lr + ){ + U_RECTL rct; + rct.left = ul.x; + rct.top = ul.y; + rct.right = lr.x; + rct.bottom = lr.y; + return(rct); +} + +/** + \brief Set rect and rectl objects from Upper Left and Lower Right corner points. + \param array array of rectangles + \param index array entry to fill, numbered from 0 + \param ul upper left corner of rectangle + \param lr lower right corner of rectangle +*/ +void rectli_set( + PU_RECTL array, + int index, + U_POINTL ul, + U_POINTL lr + ){ + PU_RECTL rct = &(array[index]); + rct->left = ul.x; + rct->top = ul.y; + rct->right = lr.x; + rct->bottom = lr.y; +} + +/** + \brief Set sizel objects with X,Y values. + \param x X coordinate + \param y Y coordinate +*/ +U_SIZEL sizel_set( + int32_t x, + int32_t y + ){ + U_SIZEL sz; + sz.cx = x; + sz.cy = y; + return(sz); +} + +/** + \brief Set pointl objects with X,Y values. + \param x X coordinate + \param y Y coordinate +*/ +U_POINTL point32_set( + int32_t x, + int32_t y + ){ + U_POINTL pt; + pt.x = x; + pt.y = y; + return(pt); +} + +/** + \brief Set point16 objects with 16 bit X,Y values. + \param x X coordinate + \param y Y coordinate +*/ +U_POINT16 point16_set( + int16_t x, + int16_t y + ){ + U_POINT16 pt; + pt.x = x; + pt.y = y; + return(pt); +} + +/** + \brief Find the bounding rectangle from a polyline of a given width. + \param count number of points in the polyline + \param pts the polyline + \param width width of drawn line + +*/ +U_RECT findbounds( + uint32_t count, + PU_POINT pts, + uint32_t width + ){ + U_RECT rect={INT32_MAX, INT32_MAX, INT32_MIN, INT32_MIN }; + unsigned int i; + + for(i=0; i<count;i++,pts++){ + if ( pts->x < rect.left ) rect.left = pts->x; + if ( pts->x > rect.right ) rect.right = pts->x; + if ( pts->y < rect.top ) rect.top = pts->y; + if ( pts->y > rect.bottom ) rect.bottom = pts->y; + } + if(width > 0){ + rect.left -= width; + rect.right += width; + rect.top += width; + rect.bottom -= width; + } + return(rect); +} + +/** + \brief Find the bounding rectangle from a polyline of a given width. + \param count number of points in the polyline + \param pts the polyline + \param width width of drawn line + +*/ +U_RECT findbounds16( + uint32_t count, + PU_POINT16 pts, + uint32_t width + ){ + U_RECT rect={INT16_MAX, INT16_MAX, INT16_MIN, INT16_MIN }; + unsigned int i; + + for(i=0; i<count;i++,pts++){ + if ( pts->x < rect.left ) rect.left = pts->x; + if ( pts->x > rect.right ) rect.right = pts->x; + if ( pts->y < rect.top ) rect.top = pts->y; + if ( pts->y > rect.bottom ) rect.bottom = pts->y; + } + if(width > 0){ + rect.left -= width; + rect.right += width; + rect.top += width; + rect.bottom -= width; + } + return(rect); +} +/** + \brief Construct a U_LOGBRUSH structure. + \return U_LOGBRUSH structure + \param lbStyle LB_Style Enumeration + \param lbColor Brush color + \param lbHatch HatchStyle Enumertaion +*/ +U_LOGBRUSH logbrush_set( + uint32_t lbStyle, + U_COLORREF lbColor, + int32_t lbHatch + ){ + U_LOGBRUSH lb; + lb.lbStyle = lbStyle; + lb.lbColor = lbColor; + lb.lbHatch = lbHatch; + return(lb); +} + +/** + \brief Construct a U_XFORM structure. + \return U_XFORM structure + \param eM11 Rotation Matrix element + \param eM12 Rotation Matrix element + \param eM21 Rotation Matrix element + \param eM22 Rotation Matrix element + \param eDx Translation element + \param eDy Translation element +*/ +U_XFORM xform_set( + U_FLOAT eM11, + U_FLOAT eM12, + U_FLOAT eM21, + U_FLOAT eM22, + U_FLOAT eDx, + U_FLOAT eDy + ){ + U_XFORM xform; + xform.eM11 = eM11; + xform.eM12 = eM12; + xform.eM21 = eM21; + xform.eM22 = eM22; + xform.eDx = eDx; + xform.eDy = eDy; + return(xform); +} + +/** + \brief Construct a U_XFORM structure. + \return U_XFORM structure + \param scale Scale factor + \param ratio Ratio of minor axis/major axis + \param rot Rotation angle in degrees, positive is counter clockwise from the x axis. + \param axisrot Angle in degrees defining the major axis before rotation, positive is counter clockwise from the x axis. + \param eDx Translation element + \param eDy Translation element + + Operation is: + 1 Conformal map of points based on scale, axis rotation, and axis ratio, + 2. Apply rotation + 3. Apply offset +*/ +U_XFORM xform_alt_set( + U_FLOAT scale, + U_FLOAT ratio, + U_FLOAT rot, + U_FLOAT axisrot, + U_FLOAT eDx, + U_FLOAT eDy + ){ + U_XFORM xform; + U_MAT2X2 mat1, mat2; + // angles are in degrees, must be in radians + rot *= (2.0 * U_PI)/360.0; + axisrot *= -(2.0 * U_PI)/360.0; + mat1.M11 = cos(rot); // set up the rotation matrix + mat1.M12 = -sin(rot); + mat1.M21 = sin(rot); + mat1.M22 = cos(rot); + if(ratio!=1.0){ // set scale/ellipticity matrix + mat2.M11 = scale*( cos(axisrot)*cos(axisrot) + ratio*sin(axisrot)*sin(axisrot) ); + mat2.M12 = mat2.M21 = scale*( sin(axisrot)*cos(axisrot) * (1.0 - ratio) ); + mat2.M22 = scale*( sin(axisrot)*sin(axisrot) + ratio*cos(axisrot)*cos(axisrot) ); + } + else { // when the ratio is 1.0 then the major axis angle is ignored and only scale matters + mat2.M11 = scale; + mat2.M12 = 0.0; + mat2.M21 = 0.0; + mat2.M22 = scale; + } + xform.eM11 = mat2.M11 * mat1.M11 + mat2.M12 * mat1.M21; + xform.eM12 = mat2.M11 * mat1.M12 + mat2.M12 * mat1.M22;; + xform.eM21 = mat2.M21 * mat1.M11 + mat2.M22 * mat1.M21; + xform.eM22 = mat2.M21 * mat1.M12 + mat2.M22 * mat1.M22; + xform.eDx = eDx; + xform.eDy = eDy; + return(xform); +} + + +/** + \brief Construct a U_LOGCOLORSPACEA structure. + \return U_LOGCOLORSPACEA structure + \param lcsCSType LCS_CSType Enumeration + \param lcsIntent LCS_Intent Enumeration + \param lcsEndpoints CIE XYZ color space endpoints + \param lcsGammaRGB Gamma For RGB + \param lcsFilename Could name an external color profile file, otherwise empty string +*/ +U_LOGCOLORSPACEA logcolorspacea_set( + int32_t lcsCSType, + int32_t lcsIntent, + U_CIEXYZTRIPLE lcsEndpoints, + U_LCS_GAMMARGB lcsGammaRGB, + char *lcsFilename + ){ + U_LOGCOLORSPACEA lcsa; + lcsa.lcsSignature = U_LCS_SIGNATURE; + lcsa.lcsVersion = U_LCS_SIGNATURE; + lcsa.lcsSize = sizeof(U_LOGCOLORSPACEA); + lcsa.lcsCSType = lcsCSType; + lcsa.lcsIntent = lcsIntent; + lcsa.lcsEndpoints = lcsEndpoints; + lcsa.lcsGammaRGB = lcsGammaRGB; + strncpy(lcsa.lcsFilename,lcsFilename,U_MAX_PATH); + lcsa.lcsFilename[U_MAX_PATH-1] = '\0'; + return(lcsa); +} + +/** + + \brief Construct a U_LOGCOLORSPACEW structure. + \return U_LOGCOLORSPACEW structure + \param lcsCSType LCS_CSType Enumeration + \param lcsIntent LCS_Intent Enumeration + \param lcsEndpoints CIE XYZ color space endpoints + \param lcsGammaRGB Gamma For RGB + \param lcsFilename Could name an external color profile file, otherwise empty string +*/ +U_LOGCOLORSPACEW logcolorspacew_set( + int32_t lcsCSType, + int32_t lcsIntent, + U_CIEXYZTRIPLE lcsEndpoints, + U_LCS_GAMMARGB lcsGammaRGB, + uint16_t *lcsFilename + ){ + U_LOGCOLORSPACEW lcsa; + lcsa.lcsSignature = U_LCS_SIGNATURE; + lcsa.lcsVersion = U_LCS_SIGNATURE; + lcsa.lcsSize = sizeof(U_LOGCOLORSPACEW); + lcsa.lcsCSType = lcsCSType; + lcsa.lcsIntent = lcsIntent; + lcsa.lcsEndpoints = lcsEndpoints; + lcsa.lcsGammaRGB = lcsGammaRGB; + wchar16strncpypad(lcsa.lcsFilename,lcsFilename,U_MAX_PATH); + lcsa.lcsFilename[U_MAX_PATH-1] = '\0'; + return(lcsa); +} + +/** + + \brief Construct a U_PANOSE structure. + \return U_PANOSE structure + \param bFamilyType FamilyType Enumeration + \param bSerifStyle SerifType Enumeration + \param bWeight Weight Enumeration + \param bProportion Proportion Enumeration + \param bContrast Contrast Enumeration + \param bStrokeVariation StrokeVariation Enumeration + \param bArmStyle ArmStyle Enumeration + \param bLetterform Letterform Enumeration + \param bMidline Midline Enumeration + \param bXHeight XHeight Enumeration +*/ +U_PANOSE panose_set( + uint8_t bFamilyType, + uint8_t bSerifStyle, + uint8_t bWeight, + uint8_t bProportion, + uint8_t bContrast, + uint8_t bStrokeVariation, + uint8_t bArmStyle, + uint8_t bLetterform, + uint8_t bMidline, + uint8_t bXHeight + ){ + U_PANOSE panose; + panose.bFamilyType = bFamilyType; + panose.bSerifStyle = bSerifStyle; + panose.bWeight = bWeight; + panose.bProportion = bProportion; + panose.bContrast = bContrast; + panose.bStrokeVariation = bStrokeVariation; + panose.bArmStyle = bArmStyle; + panose.bLetterform = bLetterform; + panose.bMidline = bMidline; + panose.bXHeight = bXHeight; + return(panose); +} + +/** + \brief Construct a U_LOGFONT structure. + \return U_LOGFONT structure + \param lfHeight Height in Logical units + \param lfWidth Average Width in Logical units + \param lfEscapement Angle in 0.1 degrees betweem escapement vector and X axis + \param lfOrientation Angle in 0.1 degrees between baseline and X axis + \param lfWeight LF_Weight Enumeration + \param lfItalic Italics: 0 or 1 + \param lfUnderline Underline: 0 or 1 + \param lfStrikeOut Strikeout: 0 or 1 + \param lfCharSet LF_CharSet Enumeration + \param lfOutPrecision LF_OutPrecision Enumeration + \param lfClipPrecision LF_ClipPrecision Enumeration + \param lfQuality LF_Quality Enumeration + \param lfPitchAndFamily LF_PitchAndFamily Enumeration + \param lfFaceName Name of font. truncates at U_LF_FACESIZE, smaller must be null terminated + +*/ +U_LOGFONT logfont_set( + int32_t lfHeight, + int32_t lfWidth, + int32_t lfEscapement, + int32_t lfOrientation, + int32_t lfWeight, + uint8_t lfItalic, + uint8_t lfUnderline, + uint8_t lfStrikeOut, + uint8_t lfCharSet, + uint8_t lfOutPrecision, + uint8_t lfClipPrecision, + uint8_t lfQuality, + uint8_t lfPitchAndFamily, + uint16_t *lfFaceName + ){ + U_LOGFONT lf; + lf.lfHeight = lfHeight; + lf.lfWidth = lfWidth; + lf.lfEscapement = lfEscapement; + lf.lfOrientation = lfOrientation; + lf.lfWeight = lfWeight; + lf.lfItalic = lfItalic; + lf.lfUnderline = lfUnderline; + lf.lfStrikeOut = lfStrikeOut; + lf.lfCharSet = lfCharSet; + lf.lfOutPrecision = lfOutPrecision; + lf.lfClipPrecision = lfClipPrecision; + lf.lfQuality = lfQuality; + lf.lfPitchAndFamily = lfPitchAndFamily; + wchar16strncpypad(lf.lfFaceName, lfFaceName, U_LF_FACESIZE); // pad this one as the intial structure was not set to zero + lf.lfFaceName[U_LF_FACESIZE-1] = '\0'; + return(lf); +} + + +/** + \brief Construct a U_LOGFONT_PANOSE structure. + \return U_LOGFONT_PANOSE structure + \param elfLogFont Basic font attributes + \param elfFullName Font full name, truncates at U_LF_FULLFACESIZE, smaller must be null terminated + \param elfStyle Font style, truncates at U_LF_FULLFACESIZE, smaller must be null terminated + \param elfStyleSize Font hinting starting at this point size, if 0, starts at Height + \param elfPanose Panose Object. If all zero, it is ignored. +*/ +U_LOGFONT_PANOSE logfont_panose_set( + U_LOGFONT elfLogFont, + uint16_t *elfFullName, + uint16_t *elfStyle, + uint32_t elfStyleSize, + U_PANOSE elfPanose + ){ + U_LOGFONT_PANOSE lfp; + memset(&lfp,0,sizeof(U_LOGFONT_PANOSE)); // all fields zero unless needed. Many should be ignored or must be 0. + wchar16strncpy(lfp.elfFullName, elfFullName, U_LF_FULLFACESIZE); + lfp.elfFullName[U_LF_FULLFACESIZE-1] = '\0'; + wchar16strncpy(lfp.elfStyle, elfStyle, U_LF_FACESIZE); + lfp.elfStyle[U_LF_FACESIZE-1] = '\0'; + lfp.elfLogFont = elfLogFont; + lfp.elfStyleSize = elfStyleSize; + lfp.elfPanose = elfPanose; + return(lfp); +} + +/** + \brief Construct a U_BITMAPINFOHEADER structure. + \return U_BITMAPINFOHEADER structure + \param biWidth Bitmap width in pixels + \param biHeight Bitmap height in pixels + \param biPlanes Planes (must be 1) + \param biBitCount BitCount Enumeration + \param biCompression BI_Compression Enumeration + \param biSizeImage Size in bytes of image + \param biXPelsPerMeter X Resolution in pixels/meter + \param biYPelsPerMeter Y Resolution in pixels/meter + \param biClrUsed Number of bmciColors in U_BITMAPCOREINFO + \param biClrImportant Number of bmciColors needed (0 means all). +*/ +U_BITMAPINFOHEADER bitmapinfoheader_set( + int32_t biWidth, + int32_t biHeight, + uint16_t biPlanes, + uint16_t biBitCount, + uint32_t biCompression, + uint32_t biSizeImage, + int32_t biXPelsPerMeter, + int32_t biYPelsPerMeter, + U_NUM_RGBQUAD biClrUsed, + uint32_t biClrImportant + ){ + U_BITMAPINFOHEADER Bmi; + Bmi.biSize = sizeof(U_BITMAPINFOHEADER); + Bmi.biWidth = biWidth; + Bmi.biHeight = biHeight; + Bmi.biPlanes = biPlanes; + Bmi.biBitCount = biBitCount; + Bmi.biCompression = biCompression; + Bmi.biSizeImage = biSizeImage; + Bmi.biXPelsPerMeter = biXPelsPerMeter; + Bmi.biYPelsPerMeter = biYPelsPerMeter; + Bmi.biClrUsed = biClrUsed; + Bmi.biClrImportant = biClrImportant; + return(Bmi); +} + + +/** + \brief Allocate and construct a U_BITMAPINFO structure. + \return Pointer to a U_BITMAPINFO structure + \param BmiHeader Geometry and pixel properties + \param BmiColors Color table (must be NULL for some values of BmiHeader->biBitCount) +*/ +PU_BITMAPINFO bitmapinfo_set( + U_BITMAPINFOHEADER BmiHeader, + PU_RGBQUAD BmiColors + ){ + char *record; + int irecsize; + int cbColors, cbColors4, off; + + cbColors = 4*get_real_color_count((char *) &BmiHeader); + cbColors4 = UP4(cbColors); + irecsize = sizeof(U_BITMAPINFOHEADER) + cbColors4; + record = malloc(irecsize); + if(record){ + memcpy(record, &BmiHeader, sizeof(U_BITMAPINFOHEADER)); + if(cbColors){ + off = sizeof(U_BITMAPINFOHEADER); + memcpy(record + off, BmiColors, cbColors); + off += cbColors; + if(cbColors4 - cbColors){ memset(record + off, 0, cbColors4 - cbColors); } + } + } + return((PU_BITMAPINFO) record); +} + +/** + \brief Allocate and construct a U_EXTLOGPEN structure. + \return pointer to U_EXTLOGPEN structure, or NULL on error + \param elpPenStyle PenStyle Enumeration + \param elpWidth Width in logical units (elpPenStyle & U_PS_GEOMETRIC) or 1 (pixel) + \param elpBrushStyle LB_Style Enumeration + \param elpColor Pen color + \param elpHatch HatchStyle Enumeration + \param elpNumEntries Count of StyleEntry array + \param elpStyleEntry Array of StyleEntry (For user specified dot/dash patterns) +*/ +PU_EXTLOGPEN extlogpen_set( + uint32_t elpPenStyle, + uint32_t elpWidth, + uint32_t elpBrushStyle, + U_COLORREF elpColor, + int32_t elpHatch, + U_NUM_STYLEENTRY elpNumEntries, + U_STYLEENTRY *elpStyleEntry + ){ + int irecsize,szSyleArray; + char *record; + + if(elpNumEntries){ + if(!elpStyleEntry)return(NULL); + szSyleArray = elpNumEntries * sizeof(U_STYLEENTRY); + irecsize = sizeof(U_EXTLOGPEN) + szSyleArray - sizeof(U_STYLEENTRY); // first one is in the record + } + else { + szSyleArray = 0; + irecsize = sizeof(U_EXTLOGPEN); + } + record = malloc(irecsize); + if(record){ + ((PU_EXTLOGPEN) record)->elpPenStyle = elpPenStyle; + ((PU_EXTLOGPEN) record)->elpWidth = elpWidth; + ((PU_EXTLOGPEN) record)->elpBrushStyle = elpBrushStyle; + ((PU_EXTLOGPEN) record)->elpColor = elpColor; + ((PU_EXTLOGPEN) record)->elpHatch = elpHatch; + ((PU_EXTLOGPEN) record)->elpNumEntries = elpNumEntries; + if(elpNumEntries){ memcpy(((PU_EXTLOGPEN) record)->elpStyleEntry,elpStyleEntry,szSyleArray); } + else { memset(((PU_EXTLOGPEN) record)->elpStyleEntry,0,sizeof(U_STYLEENTRY)); } // not used, but this stops valgrind warnings + } + return((PU_EXTLOGPEN) record); +} + +/** + \brief Construct a U_LOGPEN structure. + \return U_LOGPEN structure + \param lopnStyle PenStyle Enumeration + \param lopnWidth Width of pen set by X, Y is ignored + \param lopnColor Pen color value + +*/ +U_LOGPEN logpen_set( + uint32_t lopnStyle, + U_POINT lopnWidth, + U_COLORREF lopnColor + ){ + U_LOGPEN lp; + lp.lopnStyle = lopnStyle; + lp.lopnWidth = lopnWidth; + lp.lopnColor = lopnColor; + return(lp); +} + +/** + \brief Construct a U_LOGPLTNTRY structure. + \return U_LOGPLTNTRY structure + \param peReserved Ignore + \param peRed Palette entry Red Intensity + \param peGreen Palette entry Green Intensity + \param peBlue Palette entry Blue Intensity +*/ +U_LOGPLTNTRY logpltntry_set( + uint8_t peReserved, + uint8_t peRed, + uint8_t peGreen, + uint8_t peBlue + ){ + U_LOGPLTNTRY lpny; + lpny.peReserved = peReserved; + lpny.peRed = peRed; + lpny.peGreen = peGreen; + lpny.peBlue = peBlue; + return(lpny); +} + +/** + \brief Allocate and construct a U_LOGPALETTE structure. + \return pointer to U_LOGPALETTE structure, or NULL on error. + \param palNumEntries Number of U_LOGPLTNTRY objects + \param palPalEntry array, PC_Entry Enumeration +*/ +PU_LOGPALETTE logpalette_set( + U_NUM_LOGPLTNTRY palNumEntries, + PU_LOGPLTNTRY *palPalEntry + ){ + PU_LOGPALETTE record; + int cbPalArray,irecsize; + + if(palNumEntries == 0 || !palPalEntry)return(NULL); + cbPalArray = palNumEntries * sizeof(U_LOGPLTNTRY); + irecsize = sizeof(U_LOGPALETTE) + cbPalArray - sizeof(U_LOGPLTNTRY); + record = (PU_LOGPALETTE) malloc(irecsize); + if(irecsize){ + record->palVersion = U_LP_VERSION; + record->palNumEntries = palNumEntries; + memcpy(record->palPalEntry,palPalEntry,cbPalArray); + } + return(record); +} + +/** + \brief Construct a U_RGNDATAHEADER structure. + \return U_RGNDATAHEADER structure + \param nCount Number of rectangles in region + \param rclBounds Region bounds +*/ +U_RGNDATAHEADER rgndataheader_set( + U_NUM_RECTL nCount, + U_RECTL rclBounds + ){ + U_RGNDATAHEADER rdh; + rdh.dwSize = U_RDH_OBJSIZE; + rdh.iType = U_RDH_RECTANGLES; + rdh.nCount = nCount; + rdh.nRgnSize = nCount * sizeof(U_RECTL); // Size in bytes of rectangle array + rdh.rclBounds = rclBounds; + return(rdh); +} + +/** + \brief Allocate and construct a U_RGNDATA structure. + \return pointer to U_RGNDATA structure, or NULL on error. + \param rdh Data description + \param Buffer Array of U_RECTL elements +*/ +PU_RGNDATA rgndata_set( + U_RGNDATAHEADER rdh, + PU_RECTL Buffer + ){ + char *record; + int irecsize; + int szRgnArray,off; + + if(!Buffer || !rdh.nCount || !rdh.nRgnSize)return(NULL); + szRgnArray = rdh.nRgnSize; // size of the U_RECTL array + irecsize = sizeof(U_RGNDATA) + szRgnArray - sizeof(U_RECTL); // core + array - overlap + record = malloc(irecsize); + if(record){ + memcpy(record, &rdh, sizeof(U_RGNDATAHEADER)); + off = sizeof(U_RGNDATAHEADER); + memcpy(record + off, Buffer, szRgnArray); + } + return((PU_RGNDATA) record); +} + +/** + \brief Construct a U_COLORADJUSTMENT structure. + \return U_COLORADJUSTMENT structure + \param Size Size of this structure in bytes + \param Flags ColorAdjustment Enumeration + \param IlluminantIndex Illuminant Enumeration + \param RedGamma Red Gamma correction (range:2500:65000, 10000 is no correction) + \param GreenGamma Green Gamma correction (range:2500:65000, 10000 is no correction) + \param BlueGamma Blue Gamma correction (range:2500:65000, 10000 is no correction) + \param ReferenceBlack Values less than this are black (range:0:4000) + \param ReferenceWhite Values more than this are white (range:6000:10000) + \param Contrast Contrast adjustment (range:-100:100, 0 is no correction) + \param Brightness Brightness adjustment (range:-100:100, 0 is no correction) + \param Colorfulness Colorfulness adjustment (range:-100:100, 0 is no correction) + \param RedGreenTint Tine adjustment (range:-100:100, 0 is no correction) +*/ +U_COLORADJUSTMENT coloradjustment_set( + uint16_t Size, + uint16_t Flags, + uint16_t IlluminantIndex, + uint16_t RedGamma, + uint16_t GreenGamma, + uint16_t BlueGamma, + uint16_t ReferenceBlack, + uint16_t ReferenceWhite, + int16_t Contrast, + int16_t Brightness, + int16_t Colorfulness, + int16_t RedGreenTint + ){ + U_COLORADJUSTMENT ca; + ca.caSize = Size; + ca.caFlags = Flags; + ca.caIlluminantIndex = IlluminantIndex; + ca.caRedGamma = U_MNMX(RedGamma, U_RGB_GAMMA_MIN, U_RGB_GAMMA_MAX); + ca.caGreenGamma = U_MNMX(GreenGamma, U_RGB_GAMMA_MIN, U_RGB_GAMMA_MAX); + ca.caBlueGamma = U_MNMX(BlueGamma, U_RGB_GAMMA_MIN, U_RGB_GAMMA_MAX); + // Next one is different to eliminate compiler warning - U_R_B_MIN is 0 and unsigned + ca.caReferenceBlack = U_MAX( ReferenceBlack, U_REFERENCE_BLACK_MAX); + ca.caReferenceWhite = U_MNMX(ReferenceWhite, U_REFERENCE_WHITE_MIN, U_REFERENCE_WHITE_MAX); + ca.caContrast = U_MNMX(Contrast, U_COLOR_ADJ_MIN, U_COLOR_ADJ_MAX); + ca.caBrightness = U_MNMX(Brightness, U_COLOR_ADJ_MIN, U_COLOR_ADJ_MAX); + ca.caColorfulness = U_MNMX(Colorfulness, U_COLOR_ADJ_MIN, U_COLOR_ADJ_MAX); + ca.caRedGreenTint = U_MNMX(RedGreenTint, U_COLOR_ADJ_MIN, U_COLOR_ADJ_MAX); + return(ca); +} + +/** + \brief Construct a U_PIXELFORMATDESCRIPTOR structure. + \return U_PIXELFORMATDESCRIPTOR structure + \param dwFlags PFD_dwFlags Enumeration + \param iPixelType PFD_iPixelType Enumeration + \param cColorBits RGBA: total bits per pixel + \param cRedBits Red bits per pixel + \param cRedShift Red shift to data bits + \param cGreenBits Green bits per pixel + \param cGreenShift Green shift to data bits + \param cBlueBits Blue bits per pixel + \param cBlueShift Blue shift to data bits + \param cAlphaBits Alpha bits per pixel + \param cAlphaShift Alpha shift to data bits + \param cAccumBits Accumulator buffer, total bitplanes + \param cAccumRedBits Red accumulator buffer bitplanes + \param cAccumGreenBits Green accumulator buffer bitplanes + \param cAccumBlueBits Blue accumulator buffer bitplanes + \param cAccumAlphaBits Alpha accumulator buffer bitplanes + \param cDepthBits Depth of Z-buffer + \param cStencilBits Depth of stencil buffer + \param cAuxBuffers Depth of auxilliary buffers (not supported) + \param iLayerType PFD_iLayerType Enumeration, may be ignored + \param bReserved Bits 0:3/4:7 are number of Overlay/Underlay planes + \param dwLayerMask may be ignored + \param dwVisibleMask color or index of underlay plane + \param dwDamageMask may be ignored +*/ +U_PIXELFORMATDESCRIPTOR pixelformatdescriptor_set( + uint32_t dwFlags, + uint8_t iPixelType, + uint8_t cColorBits, + uint8_t cRedBits, + uint8_t cRedShift, + uint8_t cGreenBits, + uint8_t cGreenShift, + uint8_t cBlueBits, + uint8_t cBlueShift, + uint8_t cAlphaBits, + uint8_t cAlphaShift, + uint8_t cAccumBits, + uint8_t cAccumRedBits, + uint8_t cAccumGreenBits, + uint8_t cAccumBlueBits, + uint8_t cAccumAlphaBits, + uint8_t cDepthBits, + uint8_t cStencilBits, + uint8_t cAuxBuffers, + uint8_t iLayerType, + uint8_t bReserved, + uint32_t dwLayerMask, + uint32_t dwVisibleMask, + uint32_t dwDamageMask + ){ + U_PIXELFORMATDESCRIPTOR pfd; + pfd.nSize = sizeof(U_PIXELFORMATDESCRIPTOR); + pfd.nVersion = 1; + pfd.dwFlags = dwFlags; + pfd.iPixelType = iPixelType; + pfd.cColorBits = cColorBits; + pfd.cRedBits = cRedBits; + pfd.cRedShift = cRedShift; + pfd.cGreenBits = cGreenBits; + pfd.cGreenShift = cGreenShift; + pfd.cBlueBits = cBlueBits; + pfd.cBlueShift = cBlueShift; + pfd.cAlphaBits = cAlphaBits; + pfd.cAlphaShift = cAlphaShift; + pfd.cAccumBits = cAccumBits; + pfd.cAccumRedBits = cAccumRedBits; + pfd.cAccumGreenBits = cAccumGreenBits; + pfd.cAccumBlueBits = cAccumBlueBits; + pfd.cAccumAlphaBits = cAccumAlphaBits; + pfd.cDepthBits = cDepthBits; + pfd.cStencilBits = cStencilBits; + pfd.cAuxBuffers = cAuxBuffers; + pfd.iLayerType = iLayerType; + pfd.bReserved = bReserved; + pfd.dwLayerMask = dwLayerMask; + pfd.dwVisibleMask = dwVisibleMask; + pfd.dwDamageMask = dwDamageMask; + return(pfd); +} + +/** + \brief Allocate and create a U_EMRTEXT structure followed by its variable pieces via a char* pointer. + Dx cannot be NULL, if the calling program has no appropriate values call dx_set() first. + \return char* pointer to U_EMRTEXT structure followed by its variable pieces, or NULL on error + \param ptlReference String start coordinates + \param NumString Number of characters in string, does NOT include a terminator + \param cbChar Number of bytes per character + \param String String to write + \param fOptions ExtTextOutOptions Enumeration + \param rcl (Optional, when fOptions & 7) grayed/clipping/opaque rectangle + \param Dx Character spacing array from the start of the RECORD +*/ +char *emrtext_set( + U_POINTL ptlReference, + U_NUM_STR NumString, + uint32_t cbChar, + void *String, + uint32_t fOptions, + U_RECTL rcl, + uint32_t *Dx + ){ + int irecsize,cbDxArray,cbString4,cbString,off; + char *record; + uint32_t *loffDx; + + if(!String)return(NULL); + if(!Dx)return(NULL); + cbString = cbChar * NumString; // size of the string in bytes + cbString4 = UP4(cbString); // size of the string buffer + cbDxArray = sizeof(uint32_t)*NumString; // size of Dx array storage + if(fOptions & U_ETO_PDY)cbDxArray += cbDxArray; // of the Dx buffer, here do both X and Y coordinates + irecsize = sizeof(U_EMRTEXT) + sizeof(uint32_t) + cbString4 + cbDxArray; // core structure + offDx + string buf + dx buf + if(!(fOptions & U_ETO_NO_RECT)){ irecsize += sizeof(U_RECTL); } // plus variable U_RECTL, when it is present + record = malloc(irecsize); + if(record){ + ((PU_EMRTEXT)record)->ptlReference = ptlReference; + ((PU_EMRTEXT)record)->nChars = NumString; + // pick up ((PU_EMRTEXT)record)->offString later + ((PU_EMRTEXT)record)->fOptions = fOptions; + off = sizeof(U_EMRTEXT); // location where variable pieces will start to be written + if(!(fOptions & U_ETO_NO_RECT)){ // variable field, may or may not be present + memcpy(record + off,&rcl, sizeof(U_RECTL)); + off += sizeof(U_RECTL); + } + loffDx = (uint32_t *)(record + off); // offDx will go here, but we do not know with what value yet + off += sizeof(uint32_t); + memcpy(record + off,String,cbString); // copy the string data to its buffer + ((PU_EMRTEXT)record)->offString = off; // now save offset in the structure + off += cbString; + if(cbString < cbString4){ + memset(record+off,0,cbString4-cbString); // keeps valgrind happy (initialize padding after string) + off += cbString4-cbString; + } + memcpy(record + off, Dx, cbDxArray); // copy the Dx data to its buffer + *loffDx = off; // now save offDx to the structure + } + return(record); +} + + + +/* ********************************************************************************************** +These functions are simpler or more convenient ways to generate the specified types of EMR records. +Each should be called in preference to the underlying "base" EMR function. +*********************************************************************************************** */ + + +/** + \brief Allocate and construct a U_EMRCOMMENT structure with a UTF8 string. + A U_EMRCOMMENT contains application specific data, and that may include contain null characters. This function may be used when the + comment only incluces UT8 text. + \return pointer to U_EMRCOMMENT structure, or NULL on error. + \param string UTF8 string to store in the comment + + +*/ +char *textcomment_set( + const char *string + ){ + if(!string)return(NULL); + return(U_EMRCOMMENT_set(1 + strlen(string),string)); +} + +/** + \brief Allocate and construct a U_EMRDELETEOBJECT structure and also delete the requested object from the table. + Use this function instead of calling U_EMRDELETEOBJECT_set() directly. + \return pointer to U_EMRDELETEOBJECT structure, or NULL on error. + \param ihObject Pointer to handle to delete. This value is set to 0 if the function succeeds. + \param eht EMF handle table + + Note that calling this function should always be conditional on the specifed object being defined. It is easy to + write a program where deleteobject_set() is called in a sequence where, at the time, we know that ihObject is defined. + Then a later modification, possibly quite far away in the code, causes it to be undefined. That distant change will + result in a failure when this function reutrns. That problem cannot be handled here because the only values which + may be returned are a valid U_EMRDELETEOBJECT record or a NULL, and other errors could result in the NULL. + So the object must be checked before the call. +*/ +char *deleteobject_set( + uint32_t *ihObject, + EMFHANDLES *eht + ){ + uint32_t saveObject=*ihObject; + if(emf_htable_delete(ihObject,eht))return(NULL); // invalid handle or other problem, cannot be deleted + return(U_EMRDELETEOBJECT_set(saveObject)); +} + +/** + \brief Allocate and construct a U_EMRSELECTOBJECT structure, checks that the handle specified is one that can actually be selected. + Use this function instead of calling U_EMRSELECTOBJECT_set() directly. + \return pointer to U_EMRSELECTOBJECT structure, or NULL on error. + \param ihObject handle to select + \param eht EMF handle table +*/ +char *selectobject_set( + uint32_t ihObject, + EMFHANDLES *eht + ){ + if(!(U_STOCK_OBJECT & ihObject)){ // not a stock object, those go straight through + if(ihObject > eht->top)return(NULL); // handle this high is not in the table + if(!eht->table[ihObject])return(NULL); // handle is not in the table, so not active, so cannot be selected + } + return(U_EMRSELECTOBJECT_set(ihObject)); +} + +/** + \brief Allocate and construct a U_EMREXTCREATEPEN structure, create a handle and return it. + Use this function instead of calling U_EMREXTCREATEPEN_set() directly. + \return pointer to U_EMREXTCREATEPEN structure, or NULL on error. + \param ihPen handle to be used by new object + \param eht EMF handle table + \param Bmi bitmapbuffer + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px pixel array (NULL if cbPx == 0) + \param elp Pen parameters (Size is Variable!!!!) +*/ +char *extcreatepen_set( + uint32_t *ihPen, + EMFHANDLES *eht, + PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px, + PU_EXTLOGPEN elp + ){ + if(emf_htable_insert(ihPen, eht))return(NULL); + return(U_EMREXTCREATEPEN_set(*ihPen, Bmi, cbPx, Px, elp )); +} + +/** + \brief Allocate and construct a U_EMRCREATEPEN structure, create a handle and returns it + Use this function instead of calling U_EMRCREATEPEN_set() directly. + \return pointer to U_EMRCREATEPEN structure, or NULL on error. + \param ihPen handle to be used by new object + \param eht EMF handle table + \param lopn Pen parameters +*/ +char *createpen_set( + uint32_t *ihPen, + EMFHANDLES *eht, + U_LOGPEN lopn + ){ + if(emf_htable_insert(ihPen, eht))return(NULL); + return(U_EMRCREATEPEN_set(*ihPen, lopn)); +} + +/** + \brief Allocate and construct a U_EMRCREATEBRUSHINDIRECT structure, create a handle and returns it + Use this function instead of calling U_EMRCREATEBRUSHINDIRECT_set() directly. + \return pointer to U_EMRCREATEBRUSHINDIRECT structure, or NULL on error. + \param ihBrush handle to be used by new object + \param eht EMF handle table + \param lb Brush parameters +*/ +char *createbrushindirect_set( + uint32_t *ihBrush, + EMFHANDLES *eht, + U_LOGBRUSH lb + ){ + if(emf_htable_insert(ihBrush, eht))return(NULL); + return(U_EMRCREATEBRUSHINDIRECT_set(*ihBrush, lb)); +} + +/** + \brief Allocate and construct a U_EMRCREATEDIBPATTERNBRUSHPT_set structure, create a handle and returns it + Use this function instead of calling U_EMRCREATEDIBPATTERNBRUSHPT_set() directly. + \return pointer to U_EMRCREATEDIBPATTERNBRUSHPT_set structure, or NULL on error. + \param ihBrush handle to be used by new object + \param eht EMF handle table + \param iUsage DIBColors enumeration + \param Bmi Bitmap info + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *createdibpatternbrushpt_set( + uint32_t *ihBrush, + EMFHANDLES *eht, + const uint32_t iUsage, + PU_BITMAPINFO Bmi, + const uint32_t cbPx, + const char *Px + + ){ + if(emf_htable_insert(ihBrush, eht))return(NULL); + return(U_EMRCREATEDIBPATTERNBRUSHPT_set(*ihBrush, iUsage, Bmi, cbPx, Px)); +} + +/** + \brief Allocate and construct a U_EMRCREATEMONOBRUSH_set structure, create a handle and returns it + Use this function instead of calling U_EMRCREATEMONOBRUSH_set() directly. + \return pointer to U_EMRCREATEMONOBRUSH_set structure, or NULL on error. + \param ihBrush handle to be used by new object + \param eht EMF handle table + \param iUsage DIBColors enumeration + \param Bmi Bitmap info + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *createmonobrush_set( + uint32_t *ihBrush, + EMFHANDLES *eht, + const uint32_t iUsage, + PU_BITMAPINFO Bmi, + const uint32_t cbPx, + const char *Px + + ){ + if(emf_htable_insert(ihBrush, eht))return(NULL); + return(U_EMRCREATEMONOBRUSH_set(*ihBrush, iUsage, Bmi, cbPx, Px)); +} + + +/** + \brief Allocate and construct a U_EMRCREATECOLORSPACE structure, create a handle and returns it + Use this function instead of calling U_EMRCREATECOLORSPACE_set() directly. + \return pointer to U_EMRCREATECOLORSPACE structure, or NULL on error. + \param ihCS ColorSpace handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param lcs ColorSpace parameters +*/ +char *createcolorspace_set( + uint32_t *ihCS, + EMFHANDLES *eht, + U_LOGCOLORSPACEA lcs + ){ + if(emf_htable_insert(ihCS, eht))return(NULL); + return(U_EMRCREATECOLORSPACE_set(*ihCS,lcs)); +} + +/** + \brief Allocate and construct a U_EMRCREATECOLORSPACEW structure, create a handle and returns it + Use this function instead of calling U_EMRCREATECOLORSPACEW_set() directly. + \return pointer to U_EMRCREATECOLORSPACEW structure, or NULL on error. + \param ihCS ColorSpace handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param lcs ColorSpace parameters + \param dwFlags If low bit set Data is present + \param cbData Number of bytes of theData field. + \param Data (Optional, dwFlags & 1) color profile data +*/ +char *createcolorspacew_set( + uint32_t *ihCS, + EMFHANDLES *eht, + U_LOGCOLORSPACEW lcs, + uint32_t dwFlags, + U_CBDATA cbData, + uint8_t *Data + ){ + if(emf_htable_insert(ihCS, eht))return(NULL); + return(U_EMRCREATECOLORSPACEW_set(*ihCS, lcs, dwFlags, cbData, Data)); +} + +/** + \brief Allocate and construct a U_EMREXTCREATEFONTINDIRECTW structure, create a handle and returns it + Use this function instead of calling U_EMREXTCREATEFONTINDIRECTW_set() directly. + \return pointer to U_EMREXTCREATEFONTINDIRECTW structure, or NULL on error. + \param ihFont Font handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param elf Pointer to Font parameters asPU_LOGFONT + \param elfw Pointer to Font parameters as U_LOGFONT_PANOSE +*/ +char *extcreatefontindirectw_set( + uint32_t *ihFont, + EMFHANDLES *eht, + const char *elf, + const char *elfw + ){ + if(emf_htable_insert(ihFont, eht))return(NULL); + return(U_EMREXTCREATEFONTINDIRECTW_set(*ihFont, elf, elfw)); +} + +/** + \brief Allocate and construct a U_EMRCREATEPALETTE structure, create a handle and returns it + Use this function instead of calling U_EMRCREATEPALETTE_set() directly. + \return pointer to U_EMRCREATEPALETTE structure, or NULL on error. + \param ihPal Palette handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param lgpl PaletteFont parameters +*/ +char *createpalette_set( + uint32_t *ihPal, + EMFHANDLES *eht, + U_LOGPALETTE lgpl + ){ + if(emf_htable_insert(ihPal, eht))return(NULL); + return(U_EMRCREATEPALETTE_set(*ihPal, lgpl)); +} + +/** + \brief Allocate and construct a U_EMRSETPALETTEENTRIES structure, create a handle and returns it + Use this function instead of calling U_EMRSETPALETTEENTRIES_set() directly. + \return pointer to U_EMRSETPALETTEENTRIES structure, or NULL on error. + \param ihPal Palette handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param iStart First Palette entry in selected object to set + \param cEntries Number of Palette entries in selected object to set + \param aPalEntries Values to set with +*/ +char *setpaletteentries_set( + uint32_t *ihPal, + EMFHANDLES *eht, + const uint32_t iStart, + const U_NUM_LOGPLTNTRY cEntries, + const PU_LOGPLTNTRY aPalEntries + ){ + if(emf_htable_insert(ihPal, eht))return(NULL); + return(U_EMRSETPALETTEENTRIES_set(*ihPal, iStart, cEntries, aPalEntries)); +} + +/** + \brief Allocate and construct a U_EMRFILLRGN structure, create a handle and returns it + Use this function instead of calling U_EMRFILLRGN_set() directly. + \return pointer to U_EMRFILLRGN structure, or NULL on error. + \param ihBrush Brush handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param rclBounds Bounding rectangle in device units + \param RgnData Pointer to a U_RGNDATA structure +*/ +char *fillrgn_set( + uint32_t *ihBrush, + EMFHANDLES *eht, + const U_RECTL rclBounds, + const PU_RGNDATA RgnData + ){ + if(emf_htable_insert(ihBrush, eht))return(NULL); + return(U_EMRFILLRGN_set(rclBounds, *ihBrush, RgnData)); +} + +/** + \brief Allocate and construct a U_EMRFRAMERGN structure, create a handle and returns it + Use this function instead of calling U_EMRFRAMERGN_set() directly. + \return pointer to U_EMRFRAMERGN structure, or NULL on error. + \param ihBrush Brush handle, will be created and returned + \param eht Pointer to structure holding all EMF handles + \param rclBounds Bounding rectangle in device units + \param szlStroke W & H of Brush stroke + \param RgnData Pointer to a U_RGNDATA structure +*/ +char *framergn_set( + uint32_t *ihBrush, + EMFHANDLES *eht, + const U_RECTL rclBounds, + const U_SIZEL szlStroke, + const PU_RGNDATA RgnData + ){ + if(emf_htable_insert(ihBrush, eht))return(NULL); + return(U_EMRFRAMERGN_set(rclBounds, *ihBrush, szlStroke, RgnData)); +} + +/** + \brief Allocate and construct an array of U_POINT objects which has been subjected to a U_XFORM + \returns pointer to an array of U_POINT structures. + \param points pointer to the source U_POINT structures + \param count number of members in points + \param xform U_XFORM to apply + + May also be used to modify U_RECT by doubling the count and casting the pointer. +*/ +PU_POINT points_transform(PU_POINT points, int count, U_XFORM xform){ + PU_POINT newpts; + int i; + float x,y; + newpts = (PU_POINT) malloc(count * sizeof(U_POINT)); + for(i=0; i<count; i++){ + x = (float) points[i].x; + y = (float) points[i].y; + newpts[i].x = U_ROUND(x * xform.eM11 + y * xform.eM21 + xform.eDx); + newpts[i].y = U_ROUND(x * xform.eM12 + y * xform.eM22 + xform.eDy); + } + return(newpts); +} + +/** + \brief Allocate and construct an array of U_POINT16 objects which has been subjected to a U_XFORM + \returns pointer to an array of U_POINT16 structures. + \param points pointer to the source U_POINT16 structures + \param count number of members in points + \param xform U_XFORM to apply + + Transformed src points {x0,y0} appear at {x0*xscale + x, y0*yscale + y} +*/ +PU_POINT16 point16_transform(PU_POINT16 points, int count, U_XFORM xform){ + PU_POINT16 newpts; + int i; + float x,y; + newpts = (PU_POINT16) malloc(count * sizeof(U_POINT16)); + for(i=0; i<count; i++){ + x = (float) points[i].x; + y = (float) points[i].y; + newpts[i].x = U_ROUND(x * xform.eM11 + y * xform.eM21 + xform.eDx); + newpts[i].y = U_ROUND(x * xform.eM12 + y * xform.eM22 + xform.eDy); + } + return(newpts); +} + +/** + \brief Allocate and construct an array of U_TRIVERTEX objects which has been subjected to a U_XFORM + \returns pointer to an array of U_TRIVERTEX structures. + \param tv pointer to the source U_TRIVERTEX structures + \param count number of members in points + \param xform U_XFORM to apply + + Transformed Trivertex points {x0,y0} appear at {x0*xscale + x, y0*yscale + y} +*/ +PU_TRIVERTEX trivertex_transform(PU_TRIVERTEX tv, int count, U_XFORM xform){ + PU_TRIVERTEX newtvs; + int i; + float x,y; + newtvs = (PU_TRIVERTEX) malloc(count * sizeof(U_TRIVERTEX)); + for(i=0; i<count; i++){ + x = (float) tv[i].x; + y = (float) tv[i].y; + newtvs[i] = tv[i]; + newtvs[i].x = U_ROUND(x * xform.eM11 + y * xform.eM21 + xform.eDx); + newtvs[i].y = U_ROUND(x * xform.eM12 + y * xform.eM22 + xform.eDy); + } + return(newtvs); +} + +/** + \brief Allocate and construct an array of U_POINT objects from a set of U_POINT16 objects + \returns pointer to an array of U_POINT structures. + \param points pointer to the source U_POINT16 structures + \param count number of members in points + +*/ +PU_POINT point16_to_point(PU_POINT16 points, int count){ + PU_POINT newpts; + int i; + newpts = (PU_POINT) malloc(count * sizeof(U_POINT)); + for(i=0; i<count; i++){ + newpts[i].x = points[i].x; + newpts[i].y = points[i].y; + } + return(newpts); +} + +/** + \brief Allocate and construct an array of U_POINT16 objects from a set of U_POINT objects + \returns pointer to an array of U_POINT16 structures. + \param points pointer to the source U_POINT structures + \param count number of members in points + + If a coordinate is out of range it saturates at boundary. +*/ +PU_POINT16 point_to_point16(PU_POINT points, int count){ + PU_POINT16 newpts; + int i; + newpts = (PU_POINT16) malloc(count * sizeof(U_POINT16)); + for(i=0; i<count; i++){ + newpts[i].x = U_MNMX(points[i].x, INT16_MIN, INT16_MAX); + newpts[i].y = U_MNMX(points[i].y, INT16_MIN, INT16_MAX); + } + return(newpts); +} + +// hide these from Doxygen +//! @cond +/* ********************************************************************************************** +These functions contain shared code used by various U_EMR*_set functions. These should NEVER be called +by end user code and to further that end prototypes are NOT provided and they are hidden from Doxygen. + + + These are (mostly) ordered by U_EMR_* index number. + For all _set functions the caller must eventually call free() on the returned pointer. + + CORE1(uint32_t iType, U_RECTL rclBounds, const uint32_t cptl, const U_POINTL *points){ + CORE2(uint32_t iType, U_RECTL rclBounds, const uint32_t nPolys, const uint32_t *aPolyCounts,const uint32_t cptl, const U_POINTL *points){ + CORE3(uint32_t iType, uint32_t iMode){ (generic 1 uint) + CORE4(uint32_t iType, U_RECTL rclBox){ + CORE5(uint32_t iType){ (generic noargs) + CORE6(uint32_t iType, U_RECTL rclBounds, const uint32_t cpts, const U_POINT16 *points){ (16bit form of CORE1) + CORE7(uint32_t iType, U_PAIR pair){ + CORE8(uint32_t iType, U_RECTL rclBounds, uint32_t iGraphicsMode, U_FLOAT exScale, U_FLOAT eyScale, PU_EMRTEXT emrtext){ + CORE9(uint32_t iType, U_RECTL rclBox, U_POINTL ptlStart, U_POINTL ptlEnd){ + CORE10(uint32_t iType, U_RECTL rclBounds, const uint32_t nPolys, const uint32_t *aPolyCounts,const uint32_t cpts, const U_POINT16 *points){ (16bit form of CORE2) + CORE11(uint32_t iType, PU_RGNDATA RgnData){ + CORE12(uint32_t iType, uint32_t ihBrush, uint32_t iUsage, PU_BITMAPINFO Bmi){ + CORE13(uint32_t iType, U_RECTL rclBounds, U_POINTL Dest, U_POINTL cDest, + U_POINTL Src, U_POINTL cSrc, U_XFORM xformSrc, U_COLORREF crBkColorSrc, uint32_t iUsageSrc, + uint32_t Data, PU_BITMAPINFO Bmi); +*********************************************************************************************** */ + + +// Functions with the same form starting with U_EMRPOLYBEZIER_set +char *U_EMR_CORE1_set(uint32_t iType, U_RECTL rclBounds, const uint32_t cptl, const U_POINTL *points){ + char *record; + int cbPoints; + int irecsize; + + cbPoints = sizeof(U_POINTL)*cptl; + irecsize = sizeof(U_EMRPOLYBEZIER) + cbPoints - sizeof(U_POINTL); // First instance is in struct + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYBEZIER) record)->rclBounds = rclBounds; + ((PU_EMRPOLYBEZIER) record)->cptl = cptl; + memcpy(((PU_EMRPOLYBEZIER) record)->aptl,points,cbPoints); + } + return(record); +} + +// Functions with the same form starting with U_EMR_POLYPOLYLINE +char *U_EMR_CORE2_set(uint32_t iType, U_RECTL rclBounds, const uint32_t nPolys, const uint32_t *aPolyCounts,const uint32_t cptl, const U_POINTL *points){ + char *record; + int cbPolys,cbPoints,off; + int irecsize; + + cbPoints = sizeof(U_POINTL)*cptl; + cbPolys = sizeof(uint32_t)*nPolys; + irecsize = sizeof(U_EMRPOLYPOLYLINE) + cbPoints + cbPolys - sizeof(uint32_t); // First instance of each is in struct + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYPOLYLINE) record)->rclBounds = rclBounds; + ((PU_EMRPOLYPOLYLINE) record)->nPolys = nPolys; + ((PU_EMRPOLYPOLYLINE) record)->cptl = cptl; + memcpy(((PU_EMRPOLYPOLYLINE) record)->aPolyCounts,aPolyCounts,cbPolys); + off = sizeof(U_EMRPOLYPOLYLINE) - 4 + cbPolys; + memcpy(record + off,points,cbPoints); + } + return(record); +} + +// Functions with the same form starting with U_EMR_SETMAPMODE_set +char *U_EMR_CORE3_set(uint32_t iType, uint32_t iMode){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSETMAPMODE); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETMAPMODE)record)->iMode = iMode; + } + return(record); +} + +// Functions taking a single U_RECT or U_RECTL, starting with U_EMRELLIPSE_set, also U_EMRFILLPATH, +char *U_EMR_CORE4_set(uint32_t iType, U_RECTL rclBox){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRELLIPSE); + record = malloc(irecsize); + memset(record,0,irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRELLIPSE)record)->rclBox = rclBox; // bounding rectangle in logical units + } + return(record); +} + +// Functions with the same form starting with U_EMRSETMETARGN_set +char *U_EMR_CORE5_set(uint32_t iType){ + char *record; + int irecsize = 8; + + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + } + return(record); +} + +// Functions with the same form starting with U_EMRPOLYBEZIER16_set +char *U_EMR_CORE6_set(uint32_t iType, U_RECTL rclBounds, const uint32_t cpts, const U_POINT16 *points){ + char *record; + int cbPoints,cbPoints4,off; + int irecsize; + + cbPoints = sizeof(U_POINT16)*cpts; + cbPoints4 = UP4(cbPoints); + off = sizeof(U_EMR) + sizeof(U_RECTL) + sizeof(U_NUM_POINT16); // offset to the start of the variable region + irecsize = off + cbPoints4; // First instance is in struct + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYBEZIER16) record)->rclBounds = rclBounds; + ((PU_EMRPOLYBEZIER16) record)->cpts = cpts; + memcpy(record + off, points, cbPoints); + if(cbPoints < cbPoints4){ + off += cbPoints; + memset(record + off, 0, cbPoints4 - cbPoints); + } + } + return(record); +} + + +// Functions that take a single struct argument which contains two uint32_t, starting with U_EMRSETWINDOWEXTEX_set +// these all pass two 32 bit ints and are cast by the caller to U_PAIR +char *U_EMR_CORE7_set(uint32_t iType, U_PAIR pair){ + char *record; + int irecsize = sizeof(U_EMRGENERICPAIR); + + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRGENERICPAIR)record)->pair = pair; + } + return(record); +} + +// For U_EMREXTTEXTOUTA and U_EMREXTTEXTOUTW +char *U_EMR_CORE8_set( + uint32_t iType, + U_RECTL rclBounds, // Bounding rectangle in device units + uint32_t iGraphicsMode, // Graphics mode Enumeration + U_FLOAT exScale, // scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + U_FLOAT eyScale, // scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + PU_EMRTEXT emrtext // Text parameters + ){ + char *record; + int irecsize,cbString,cbString4,cbDx,cbEmrtext,cbEmrtextAll; + uint32_t *loffDx; + int csize; + + if( iType == U_EMR_EXTTEXTOUTA){ csize = 1; } // how many bytes per character + else if(iType == U_EMR_EXTTEXTOUTW){ csize = 2; } + else { return(NULL); } + + cbString = csize * emrtext->nChars; + cbString4 = UP4(cbString); // size of the string buffer + cbEmrtext = sizeof(U_EMRTEXT); // size of the constant part of the U_EMRTEXT structure + if(!(emrtext->fOptions & U_ETO_NO_RECT)){ cbEmrtext += sizeof(U_RECTL); } // plus the variable U_RECTL, when it is present + cbDx = emrtext->nChars * sizeof(int32_t); // size of Dx buffer + if(emrtext->fOptions & U_ETO_PDY)cbDx += cbDx; // size of Dx buffer when both x and y offsets are used + cbEmrtextAll = cbEmrtext + sizeof(uint32_t) + cbString4 + cbDx; // structure (+- rect) + offDx + string buf + dx buf + offDx + + /* adjust offset fields in emrtext to match the EMRTEXTOUT* field, currently they match EMRTEXT. + This works because the variable pieces have all been moved outside of the U_EMRTEXT and U_EMRTEXTOUTA strutures. + */ + ((PU_EMRTEXT)emrtext)->offString += sizeof(U_EMREXTTEXTOUTA) - sizeof(U_EMRTEXT); // adjust offString + loffDx = (uint32_t *)((char *)emrtext + cbEmrtext); + *loffDx += sizeof(U_EMREXTTEXTOUTA) - sizeof(U_EMRTEXT); + + // final record size is: U_EMREXTTEXTOUTA (includes constant part of U_EMRTEXT) + U_RECTL (if present) + offDx + dx buffer + string buffer + irecsize = sizeof(U_EMREXTTEXTOUTA) + cbEmrtextAll - sizeof(U_EMRTEXT); // do not count core emrtext strcture twice + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREXTTEXTOUTA) record)->iGraphicsMode = iGraphicsMode; + ((PU_EMREXTTEXTOUTA) record)->rclBounds = rclBounds; + ((PU_EMREXTTEXTOUTA) record)->exScale = exScale; + ((PU_EMREXTTEXTOUTA) record)->eyScale = eyScale; + // copy the adjusted U_EMRTEXT into the emrtext part of the full record.. + memcpy(&(((PU_EMREXTTEXTOUTA) record)->emrtext), emrtext, cbEmrtextAll); + } + return(record); +} + +// Functions that take a rect and a pair of points, starting with U_EMRARC_set +char *U_EMR_CORE9_set(uint32_t iType, U_RECTL rclBox, U_POINTL ptlStart, U_POINTL ptlEnd){ + char *record; + int irecsize = sizeof(U_EMRARC); + + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRARC) record)->rclBox = rclBox; + ((PU_EMRARC) record)->ptlStart = ptlStart; + ((PU_EMRARC) record)->ptlEnd = ptlEnd; + } + return(record); +} + +// Functions with the same form starting with U_EMR_POLYPOLYLINE16 +char *U_EMR_CORE10_set(uint32_t iType, U_RECTL rclBounds, const uint32_t nPolys, const uint32_t *aPolyCounts,const uint32_t cpts, const U_POINT16 *points){ + char *record; + int cbPoints,cbPolys,off; + int irecsize; + + cbPolys = sizeof(uint32_t)*nPolys; + cbPoints = sizeof(U_POINT16)*cpts; + irecsize = sizeof(U_EMRPOLYPOLYLINE16) + cbPoints + cbPolys - sizeof(uint32_t); // First instance of each is in struct + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYPOLYLINE16) record)->rclBounds = rclBounds; + ((PU_EMRPOLYPOLYLINE16) record)->nPolys = nPolys; + ((PU_EMRPOLYPOLYLINE16) record)->cpts = cpts; + memcpy(((PU_EMRPOLYPOLYLINE16) record)->aPolyCounts,aPolyCounts,cbPolys); + off = sizeof(U_EMRPOLYPOLYLINE16) - 4 + cbPolys; + memcpy(record + off,points,cbPoints); + } + return(record); +} + +// common code for U_EMRINVERTRGN and U_EMRPAINTRGN, +char *U_EMR_CORE11_set(uint32_t iType, PU_RGNDATA RgnData){ + char *record; + int irecsize; + int cbRgns,cbRgns4,rds,rds4,off; + + if(!RgnData)return(NULL); + cbRgns = ((PU_RGNDATAHEADER) RgnData)->nRgnSize; + cbRgns4 = UP4(cbRgns); + rds = sizeof(U_RGNDATAHEADER) + cbRgns; + rds4 = UP4(rds); + irecsize = sizeof(U_EMRINVERTRGN) - sizeof(U_RECTL) + cbRgns4; // core + array - overlap of one rectL + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRINVERTRGN) record)->rclBounds = ((PU_RGNDATAHEADER) RgnData)->rclBounds; + ((PU_EMRINVERTRGN) record)->cbRgnData = rds; + off = sizeof(U_EMRINVERTRGN) - sizeof(U_RGNDATA); + memcpy(record + off, RgnData, rds); + off += rds; + if(rds < rds4){ memset(record + off,0, rds4 - rds); } // clear any unused bytes + } + return(record); +} + + +// common code for U_EMRCREATEMONOBRUSH_set and U_EMRCREATEDIBPATTERNBRUSHPT_set, +char *U_EMR_CORE12_set( + uint32_t iType, + uint32_t ihBrush, // Index to place object in EMF object table (this entry must not yet exist) + uint32_t iUsage, // DIBcolors Enumeration + PU_BITMAPINFO Bmi, // (Optional) bitmapbuffer (U_BITMAPINFO + pixel array) + const uint32_t cbPx, // Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + const char *Px // (Optional) bitmapbuffer (pixel array section ) + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + irecsize = sizeof(U_EMRCREATEMONOBRUSH) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATEMONOBRUSH) record)->ihBrush = ihBrush; + ((PU_EMRCREATEMONOBRUSH) record)->iUsage = iUsage; + if(cbBmi){ + off = sizeof(U_EMRCREATEMONOBRUSH); + memcpy(record + off, Bmi, cbBmi); + ((PU_EMRCREATEMONOBRUSH) record)->offBmi = off; + ((PU_EMRCREATEMONOBRUSH) record)->cbBmi = cbBmi; + off += cbBmi; + memcpy(record + off, Px, cbPx); + ((PU_EMRCREATEMONOBRUSH) record)->offBits = off; + ((PU_EMRCREATEMONOBRUSH) record)->cbBits = cbImage; + } + else { + ((PU_EMRCREATEMONOBRUSH) record)->offBmi = 0; + ((PU_EMRCREATEMONOBRUSH) record)->cbBmi = 0; + ((PU_EMRCREATEMONOBRUSH) record)->offBits = 0; + ((PU_EMRCREATEMONOBRUSH) record)->cbBits = 0; + } + } + return(record); +} + +// common code for U_EMRBLEND_set and U_EMRTRANSPARENTBLT_set, +char *U_EMR_CORE13_set( + uint32_t iType, + U_RECTL rclBounds, // Bounding rectangle in device units + U_POINTL Dest, // Destination UL corner in logical units + U_POINTL cDest, // Destination width in logical units + U_POINTL Src, // Source UL corner in logical units + U_POINTL cSrc, // Src W & H in logical units + U_XFORM xformSrc, // Transform to apply to source + U_COLORREF crBkColorSrc, // Background color + uint32_t iUsageSrc, // DIBcolors Enumeration + uint32_t Data, // The meaning and type of this field varies, but it is always 4 bytes + const PU_BITMAPINFO Bmi, // (Optional) bitmapbuffer (U_BITMAPINFO section) + const uint32_t cbPx, // Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + char *Px // (Optional) bitmapbuffer (pixel array section ) + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + irecsize = sizeof(U_EMRALPHABLEND) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = iType; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRALPHABLEND) record)->rclBounds = rclBounds; + ((PU_EMRALPHABLEND) record)->Dest = Dest; + ((PU_EMRALPHABLEND) record)->cDest = cDest; + ((PU_EMRALPHABLEND) record)->Blend = *((PU_BLEND)&Data); + ((PU_EMRALPHABLEND) record)->Src = Src; + ((PU_EMRALPHABLEND) record)->xformSrc = xformSrc; + ((PU_EMRALPHABLEND) record)->crBkColorSrc = crBkColorSrc; + ((PU_EMRALPHABLEND) record)->iUsageSrc = iUsageSrc; + off = sizeof(U_EMRALPHABLEND); + APPEND_PXBMISRC(record, U_EMRALPHABLEND, cbBmi, Bmi, Px, cbImage, cbImage4); + ((PU_EMRALPHABLEND) record)->cSrc = cSrc; + } + return(record); +} +//! @endcond + +/* ********************************************************************************************** +These are the core EMR functions, each creates a particular type of record. +All return these records via a char* pointer, which is NULL if the call failed. +They are listed in order by the corresponding U_EMR_* index number. +*********************************************************************************************** */ + +// U_EMRHEADER_set 1 + +/** + \brief Allocate and construct a U_EMRHEADER record. + \return pointer to U_EMRHEADER record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param rclFrame Bounding rectangle in 0.01 mm units + \param pfmtDesc Pointer to a PixelFormatDescriptor + \param nDesc number of characters in Description, will include first three '\0' + \param Description Description, formatted like: text1\0text2\0\0 + \param szlDevice Reference device size in pixels + \param szlMillimeters Reference device size in 0.01 mm + \param bOpenGL nonZero if OpenGL commands are included +*/ +char *U_EMRHEADER_set( + const U_RECTL rclBounds, + const U_RECTL rclFrame, + U_PIXELFORMATDESCRIPTOR* const pfmtDesc, + U_CBSTR nDesc, + uint16_t* const Description, + const U_SIZEL szlDevice, + const U_SIZEL szlMillimeters, + const uint32_t bOpenGL + ){ + + char *record; + int cbPFD,cbDesc,cbDesc4; + uint32_t off; + int irecsize; + + if(pfmtDesc){ cbPFD = sizeof(U_PIXELFORMATDESCRIPTOR); } + else { cbPFD = 0; } + if(Description){ cbDesc = 2*nDesc; } // also copy the terminator. Size is in bytes + else { cbDesc = 0; } + cbDesc4 = UP4(cbDesc); + irecsize = sizeof(U_EMRHEADER) + cbPFD + cbDesc4; + record = malloc(irecsize); + if(record){ + off = sizeof(U_EMRHEADER); + ((PU_EMR) record)->iType = U_EMR_HEADER; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRHEADER) record)->rclBounds = rclBounds; + ((PU_EMRHEADER) record)->rclFrame = rclFrame; + ((PU_EMRHEADER) record)->dSignature = U_ENHMETA_SIGNATURE; + ((PU_EMRHEADER) record)->nVersion = U_ENHMETA_VERSION; + ((PU_EMRHEADER) record)->nBytes = 0; // Not known yet + ((PU_EMRHEADER) record)->nRecords = 0; // Not known yet + ((PU_EMRHEADER) record)->nHandles = 0; // Not known yet + ((PU_EMRHEADER) record)->sReserved = 0; // Must be 0 + ((PU_EMRHEADER) record)->nDescription = nDesc; + ((PU_EMRHEADER) record)->offDescription = 0; // may change below + ((PU_EMRHEADER) record)->nPalEntries = 0; // Not known yet + ((PU_EMRHEADER) record)->szlDevice = szlDevice; + ((PU_EMRHEADER) record)->szlMillimeters = szlMillimeters; + ((PU_EMRHEADER) record)->cbPixelFormat = cbPFD; + ((PU_EMRHEADER) record)->offPixelFormat = 0; // may change below + ((PU_EMRHEADER) record)->bOpenGL = bOpenGL; + ((PU_EMRHEADER) record)->szlMicrometers.cx = szlMillimeters.cx*1000; + ((PU_EMRHEADER) record)->szlMicrometers.cy = szlMillimeters.cy*1000; + if(cbDesc4){ + ((PU_EMRHEADER) record)->offDescription = off; + memcpy(record + off, Description, cbDesc); + off += cbDesc; + if(cbDesc < cbDesc4)memset(record + off,0,cbDesc4-cbDesc); // clear any unused bytes + off += cbDesc4 - cbDesc; + } + if(cbPFD){ + ((PU_EMRHEADER) record)->offPixelFormat = off; + memcpy(record+off,pfmtDesc,cbPFD); + } + } + return(record); +} + +// U_EMRPOLYBEZIER_set 2 +/** + \brief Allocate and construct a U_EMR_POLYBEZIER record. + \return pointer to U_EMR_POLYBEZIER record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param cptl Number of points to draw + \param points array of points +*/ +char *U_EMRPOLYBEZIER_set( + const U_RECTL rclBounds, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE1_set(U_EMR_POLYBEZIER, rclBounds, cptl, points)); +} + +// U_EMRPOLYGON_set 3 +/** + \brief Allocate and construct a U_EMR_POLYGON record. + \return pointer to U_EMR_POLYGON record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param cptl Number of points to draw + \param points array of points +*/ +char *U_EMRPOLYGON_set( + const U_RECTL rclBounds, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE1_set(U_EMR_POLYGON, rclBounds, cptl, points)); +} + +// U_EMRPOLYLINE_set 4 +/** + \brief Allocate and construct a U_EMR_POLYLINE record. + \return pointer to U_EMR_POLYLINE record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param cptl Number of points to draw + \param points array of points +*/ +char *U_EMRPOLYLINE_set( + const U_RECTL rclBounds, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE1_set(U_EMR_POLYLINE, rclBounds, cptl, points)); +} + +// U_EMRPOLYBEZIERTO_set 5 +/** + \brief Allocate and construct a U_EMR_POLYBEZIERTO record. + \return pointer to U_EMR_POLYBEZIERTO record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param cptl Number of points to draw + \param points array of points +*/ +char *U_EMRPOLYBEZIERTO_set( + const U_RECTL rclBounds, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE1_set(U_EMR_POLYBEZIERTO, rclBounds, cptl, points)); +} + +// U_EMRPOLYLINETO_set 6 +/** + \brief Allocate and construct a U_EMR_POLYLINETO record. + \return pointer to U_EMR_POLYLINETO record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param cptl Number of points to draw + \param points array of points +*/ +char *U_EMRPOLYLINETO_set( + const U_RECTL rclBounds, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE1_set(U_EMR_POLYLINETO, rclBounds, cptl, points)); +} + +// U_EMRPOLYPOLYLINE_set 7 +/** + \brief Allocate and construct a U_EMR_POLYPOLYLINE record. + \return pointer to U_EMR_POLYPOLYLINE record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param nPolys Number of elements in aPolyCounts + \param aPolyCounts Number of points in each poly (sequential) + \param cptl Total number of points (over all poly) + \param points array of points +*/ +char *U_EMRPOLYPOLYLINE_set( + const U_RECTL rclBounds, + const uint32_t nPolys, + const uint32_t *aPolyCounts, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE2_set(U_EMR_POLYPOLYLINE, rclBounds, nPolys, aPolyCounts,cptl, points)); +} + +// U_EMRPOLYPOLYGON_set 8 +/** + \brief Allocate and construct a U_EMR_POLYPOLYGON record. + \return pointer to U_EMR_POLYPOLYGON record, or NULL on error. + \param rclBounds bounding rectangle in device units + \param nPolys Number of elements in aPolyCounts + \param aPolyCounts Number of points in each poly (sequential) + \param cptl Total number of points (over all poly) + \param points array of points +*/ +char *U_EMRPOLYPOLYGON_set( + const U_RECTL rclBounds, + const uint32_t nPolys, + const uint32_t *aPolyCounts, + const uint32_t cptl, + const U_POINTL *points + ){ + return(U_EMR_CORE2_set(U_EMR_POLYPOLYGON, rclBounds, nPolys, aPolyCounts,cptl, points)); +} + +// U_EMRSETWINDOWEXTEX_set 9 +/** + \brief Allocate and construct a U_EMR_SETWINDOWEXTEX record. + \return pointer to U_EMR_SETWINDOWEXTEX record, or NULL on error. + \param szlExtent H & V extent in logical units +*/ +char *U_EMRSETWINDOWEXTEX_set( + const U_SIZEL szlExtent + ){ + U_PAIR temp; + temp.x = szlExtent.cx; + temp.y = szlExtent.cy; + return(U_EMR_CORE7_set(U_EMR_SETWINDOWEXTEX, temp)); +} + +// U_EMRSETWINDOWORGEX_set 10 +/** + \brief Allocate and construct a U_EMR_SETWINDOWORGEX record. + \return pointer to U_EMR_SETWINDOWORGEX record, or NULL on error. + \param ptlOrigin H & V origin in logical units +*/ +char *U_EMRSETWINDOWORGEX_set( + const U_POINTL ptlOrigin + ){ + return(U_EMR_CORE7_set(U_EMR_SETWINDOWORGEX, ptlOrigin)); // U_PAIR and U_POINTL are the same thing +} + +// U_EMRSETVIEWPORTEXTEX_set 11 +/** + \brief Allocate and construct a U_EMR_SETVIEWPORTEXTEX record. + \return pointer to U_EMR_SETVIEWPORTEXTEX record, or NULL on error. + \param szlExtent H & V extent in logical units +*/ +char *U_EMRSETVIEWPORTEXTEX_set( + const U_SIZEL szlExtent + ){ + U_PAIR temp; + temp.x = szlExtent.cx; + temp.y = szlExtent.cy; + return(U_EMR_CORE7_set(U_EMR_SETVIEWPORTEXTEX, temp)); +} + +// U_EMRSETVIEWPORTORGEX_set 12 +/** + \brief Allocate and construct a U_EMR_SETVIEWPORTORGEX record. + \return pointer to U_EMR_SETVIEWPORTORGEX record, or NULL on error. + \param ptlOrigin H & V origin in logical units +*/ +char *U_EMRSETVIEWPORTORGEX_set( + const U_POINTL ptlOrigin + ){ + return(U_EMR_CORE7_set(U_EMR_SETVIEWPORTORGEX, ptlOrigin)); // U_PAIR and U_POINTL are the same thing +} + +// U_EMRSETBRUSHORGEX_set 13 +/** + \brief Allocate and construct a U_EMR_SETBRUSHORGEX record. + \return pointer to U_EMR_SETBRUSHORGEX record, or NULL on error. + \param ptlOrigin H & V origin in logical units +*/ +char *U_EMRSETBRUSHORGEX_set( + const U_POINTL ptlOrigin + ){ + return(U_EMR_CORE7_set(U_EMR_SETBRUSHORGEX, *((PU_PAIR) & ptlOrigin))); +} + +// U_EMREOF_set 14 +/** + \brief Allocate and construct a U_EMR_EOF record. + \return pointer to U_EMR_EOF record, or NULL on error. + \param cbPalEntries Number of palette entries + \param PalEntries (optional) array of PalEntries + \param et tracking information, needed for nSizeLast calculation +*/ +char *U_EMREOF_set( + const U_CBPLENTRIES cbPalEntries, + const PU_LOGPLTNTRY PalEntries, + EMFTRACK *et + ){ + char *record; + char *ptr; + int irecsize; + int cbPals; // space allocated for Palette Entries + uint32_t off; + + if(cbPalEntries && !PalEntries)return(NULL); + if(!et)return(NULL); + cbPals = cbPalEntries * sizeof(U_LOGPLTNTRY); + irecsize = sizeof(U_EMREOF) + cbPals + sizeof(uint32_t); //invariant core, variable palette, palette byte count + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_EOF; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREOF) record)->cbPalEntries = cbPalEntries; + ((PU_EMREOF) record)->offPalEntries = 0; // May be changed below + off = sizeof(U_EMREOF); //start of the variable region + if(cbPals){ + ((PU_EMREOF) record)->offPalEntries = off; + memcpy(record+off,PalEntries,cbPals); + off += cbPals; + } + ptr = record + off; + *(uint32_t *)ptr = irecsize + et->used; // EMREOF nSizeLast field, not at a fixed position, cannot be accessed by field name + } + et->PalEntries = cbPalEntries; + return(record); +} + + +// U_EMRSETPIXELV_set 15 +/** + \brief Allocate and construct a U_EMR_SETPIXELV record. + \return pointer to U_EMR_SETPIXELV record, or NULL on error. + \param ptlPixel Pixel coordinates (logical) + \param crColor Pixel color +*/ +char *U_EMRSETPIXELV_set( + const U_POINTL ptlPixel, + const U_COLORREF crColor + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSETPIXELV); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETPIXELV; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETPIXELV)record)->ptlPixel = ptlPixel; + ((PU_EMRSETPIXELV)record)->crColor = crColor; + } + return(record); +} + + +// U_EMRSETMAPPERFLAGS_set 16 +/** + \brief Allocate and construct a U_EMR_SETMAPPERFLAGS record. + \return pointer to U_EMR_SETMAPPERFLAGS record, or NULL on error. +*/ +char *U_EMRSETMAPPERFLAGS_set(void){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSETMAPPERFLAGS); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETMAPPERFLAGS; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETMAPPERFLAGS)record)->dwFlags = 1; + } + return(record); +} + +// U_EMRSETMAPMODE_set 17 +/** + \brief Allocate and construct a U_EMR_SETMAPMODE record. + \return pointer to U_EMR_SETMAPMODE record, or NULL on error. + \param iMode MapMode Enumeration +*/ +char *U_EMRSETMAPMODE_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETMAPMODE, iMode)); +} + +// U_EMRSETBKMODE_set 18 +/** + \brief Allocate and construct a U_EMR_SETBKMODE record. + \return pointer to U_EMR_SETBKMODE record, or NULL on error. + \param iMode BackgroundMode Enumeration +*/ +char *U_EMRSETBKMODE_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETBKMODE, iMode)); +} + +// U_EMRSETPOLYFILLMODE_set 19 +/** + \brief Allocate and construct a U_EMR_SETPOLYFILLMODE record. + \return pointer to U_EMR_SETPOLYFILLMODE record, or NULL on error. + \param iMode PolygonFillMode Enumeration +*/ +char *U_EMRSETPOLYFILLMODE_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETPOLYFILLMODE, iMode)); +} + +// U_EMRSETROP2_set 20 +/** + \brief Allocate and construct a U_EMR_SETROP2 record. + \return pointer to U_EMR_SETROP2 record, or NULL on error. + \param iMode RasterOperation2 Enumeration +*/ +char *U_EMRSETROP2_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETROP2, iMode)); +} + +// U_EMRSETSTRETCHBLTMODE_set 21 +/** + \brief Allocate and construct a U_EMR_SETSTRETCHBLTMODE record. + \return pointer to U_EMR_SETSTRETCHBLTMODE record, or NULL on error. + \param iMode StretchMode Enumeration +*/ +char *U_EMRSETSTRETCHBLTMODE_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETSTRETCHBLTMODE, iMode)); +} + +// U_EMRSETTEXTALIGN_set 22 +/** + \brief Allocate and construct a U_EMR_SETTEXTALIGN record. + \return pointer to U_EMR_SETTEXTALIGN record, or NULL on error. + \param iMode TextAlignment Enumeration +*/ +char *U_EMRSETTEXTALIGN_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETTEXTALIGN, iMode)); +} + +// U_EMRSETCOLORADJUSTMENT_set 23 +/** + \brief Allocate and construct a U_EMR_SETCOLORADJUSTMENT record. + \return pointer to U_EMR_SETCOLORADJUSTMENT record, or NULL on error. + \param ColorAdjustment Color Adjustment +*/ +char *U_EMRSETCOLORADJUSTMENT_set( + const U_COLORADJUSTMENT ColorAdjustment + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSETCOLORADJUSTMENT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETCOLORADJUSTMENT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETCOLORADJUSTMENT) record)->ColorAdjustment = ColorAdjustment; + } + return(record); +} + +// U_EMRSETTEXTCOLOR_set 24 +/** + \brief Allocate and construct a U_EMR_SETTEXTCOLOR record. + \return pointer to U_EMR_SETTEXTCOLOR record, or NULL on error. + \param crColor Text Color +*/ +char *U_EMRSETTEXTCOLOR_set( + const U_COLORREF crColor + ){ + return(U_EMR_CORE3_set(U_EMR_SETTEXTCOLOR, *(uint32_t *) &crColor)); +} + +// U_EMRSETBKCOLOR_set 25 +/** + \brief Allocate and construct a U_EMR_SETBKCOLOR record. + \return pointer to U_EMR_SETBKCOLOR record, or NULL on error. + \param crColor Background Color +*/ +char *U_EMRSETBKCOLOR_set( + const U_COLORREF crColor + ){ + return(U_EMR_CORE3_set(U_EMR_SETBKCOLOR, *(uint32_t *) &crColor)); +} + +// U_EMROFFSETCLIPRGN_set 26 +/** + \brief Allocate and construct a U_EMR_OFFSETCLIPRGN record. + \return pointer to U_EMR_OFFSETCLIPRGN record, or NULL on error. + \param ptl Clipping region +*/ +char *U_EMROFFSETCLIPRGN_set( + const U_POINTL ptl + ){ + return(U_EMR_CORE7_set(U_EMR_OFFSETCLIPRGN, ptl)); +} + +// U_EMRMOVETOEX_set 27 +/** + \brief Allocate and construct a U_EMR_MOVETOEX record. + \return pointer to U_EMR_MOVETOEX record, or NULL on error. + \param ptl Point coordinates +*/ +char *U_EMRMOVETOEX_set( + const U_POINTL ptl + ){ + return(U_EMR_CORE7_set(U_EMR_MOVETOEX, ptl)); +} + +// U_EMRSETMETARGN_set 28 +/** + \brief Allocate and construct a U_EMR_SETMETARGN record. + \return pointer to U_EMR_SETMETARGN record, or NULL on error. +*/ +char *U_EMRSETMETARGN_set(void){ + return(U_EMR_CORE5_set(U_EMR_SETMETARGN)); +} + +// U_EMREXCLUDECLIPRECT_set 29 +/** + \brief Allocate and construct a U_EMR_EXCLUDECLIPRECT record. + \return pointer to U_EMR_EXCLUDECLIPRECT record, or NULL on error. + \param rclClip Clipping Region +*/ +char *U_EMREXCLUDECLIPRECT_set( + const U_RECTL rclClip + ){ + return(U_EMR_CORE4_set(U_EMR_EXCLUDECLIPRECT,rclClip)); +} + +// U_EMRINTERSECTCLIPRECT_set 30 +/** + \brief Allocate and construct a U_EMR_INTERSECTCLIPRECT record. + \return pointer to U_EMR_INTERSECTCLIPRECT record, or NULL on error. + \param rclClip Clipping Region +*/ +char *U_EMRINTERSECTCLIPRECT_set( + const U_RECTL rclClip + ){ + return(U_EMR_CORE4_set(U_EMR_INTERSECTCLIPRECT,rclClip)); +} + +// U_EMRSCALEVIEWPORTEXTEX_set 31 +/** + \brief Allocate and construct a U_EMR_SCALEVIEWPORTEXTEX record. + \return pointer to U_EMR_SCALEVIEWPORTEXTEX record, or NULL on error. + \param xNum Horizontal multiplier (!=0) + \param xDenom Horizontal divisor (!=0) + \param yNum Vertical multiplier (!=0) + \param yDenom Vertical divisor (!=0) +*/ +char *U_EMRSCALEVIEWPORTEXTEX_set( + const int32_t xNum, + const int32_t xDenom, + const int32_t yNum, + const int32_t yDenom + ){ + return(U_EMR_CORE4_set(U_EMR_SCALEVIEWPORTEXTEX,(U_RECTL){xNum,xDenom,yNum,yDenom})); +} + + +// U_EMRSCALEWINDOWEXTEX_set 32 +/** + \brief Allocate and construct a U_EMR_SCALEWINDOWEXTEX record. + \return pointer to U_EMR_SCALEWINDOWEXTEX record, or NULL on error. + \param xNum Horizontal multiplier (!=0) + \param xDenom Horizontal divisor (!=0) + \param yNum Vertical multiplier (!=0) + \param yDenom Vertical divisor (!=0) +*/ +char *U_EMRSCALEWINDOWEXTEX_set( + const int32_t xNum, + const int32_t xDenom, + const int32_t yNum, + const int32_t yDenom + ){ + return(U_EMR_CORE4_set(U_EMR_SCALEWINDOWEXTEX,(U_RECTL){xNum,xDenom,yNum,yDenom})); +} + +// U_EMRSAVEDC_set 33 +/** + \brief Allocate and construct a U_EMR_SAVEDC record. + \return pointer to U_EMR_SAVEDC record, or NULL on error. +*/ +char *U_EMRSAVEDC_set(void){ + return(U_EMR_CORE5_set(U_EMR_SAVEDC)); +} + +// U_EMRRESTOREDC_set 34 +/** + \brief Allocate and construct a U_EMR_RESTOREDC record. + \return pointer to U_EMR_RESTOREDC record, or NULL on error. + \param iRelative DC to restore. -1 is preceding +*/ +char *U_EMRRESTOREDC_set( + const int32_t iRelative + ){ + return(U_EMR_CORE3_set(U_EMR_RESTOREDC, (uint32_t) iRelative)); +} + +// U_EMRSETWORLDTRANSFORM_set 35 +/** + \brief Allocate and construct a U_EMR_SETWORLDTRANSFORM record. + \return pointer to U_EMR_SETWORLDTRANSFORM record, or NULL on error. + \param xform Transform to use +*/ +char *U_EMRSETWORLDTRANSFORM_set( + const U_XFORM xform + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSETWORLDTRANSFORM); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETWORLDTRANSFORM; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETWORLDTRANSFORM) record)->xform = xform; + } + return(record); +} + +// U_EMRMODIFYWORLDTRANSFORM_set 36 +/** + \brief Allocate and construct a U_EMR_MODIFYWORLDTRANSFORM record. + \return pointer to U_EMR_MODIFYWORLDTRANSFORM record, or NULL on error. + \param xform Transform to use + \param iMode ModifyWorldTransformMode Enumeration +*/ +char *U_EMRMODIFYWORLDTRANSFORM_set( + const U_XFORM xform, + const uint32_t iMode + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRMODIFYWORLDTRANSFORM); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_MODIFYWORLDTRANSFORM; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRMODIFYWORLDTRANSFORM) record)->xform = xform; + ((PU_EMRMODIFYWORLDTRANSFORM) record)->iMode = iMode; + } + return(record); +} + +// U_EMRSELECTOBJECT_set 37 +/** + \brief Allocate and construct a U_EMR_SELECTOBJECT record. + Use selectobject_set() instead of calling this function directly. + \return pointer to U_EMR_SELECTOBJECT record, or NULL on error. + \param ihObject Number of a stock or created object +*/ +char *U_EMRSELECTOBJECT_set( + const uint32_t ihObject + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRSELECTOBJECT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SELECTOBJECT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSELECTOBJECT) record)->ihObject = ihObject; // Index of object to SELECT + } + return(record); +} + +// U_EMRCREATEPEN_set 38 +/** + \brief Allocate and construct a U_EMR_CREATEPEN record. + Use createpen_set() instead of calling this function directly. + \return pointer to U_EMR_CREATEPEN record, or NULL on error. + \param ihPen Handle of created pen + \param lopn U_LOGPEN structure describing this pen +*/ +char *U_EMRCREATEPEN_set( + const uint32_t ihPen, + const U_LOGPEN lopn + ){ + char *record; + int irecsize=sizeof(U_EMRCREATEPEN); + + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_CREATEPEN; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATEPEN) record)->ihPen = ihPen; + ((PU_EMRCREATEPEN) record)->lopn = lopn; + } + return(record); +} + +// U_EMRCREATEBRUSHINDIRECT_set 39 +/** + \brief Allocate and construct a U_EMR_CREATEBRUSHINDIRECT record. + Use createbrushindirect_set() instead of calling this function directly. + \return pointer to U_EMR_CREATEBRUSHINDIRECT record, or NULL on error. + \param ihBrush Index to place object in EMF object table (this entry must not yet exist) + \param lb Brush properties +*/ +char *U_EMRCREATEBRUSHINDIRECT_set( + const uint32_t ihBrush, + const U_LOGBRUSH lb + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRCREATEBRUSHINDIRECT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_CREATEBRUSHINDIRECT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATEBRUSHINDIRECT) record)->ihBrush = ihBrush; // Index to place object in EMF object table (this entry must not yet exist) + ((PU_EMRCREATEBRUSHINDIRECT) record)->lb = lb; + } + return(record); +} + +// U_EMRDELETEOBJECT_set 40 +/** + \brief Allocate and construct a U_EMR_DELETEOBJECT record. + Use deleteobject_set() instead of calling this function directly. + \return pointer to U_EMR_DELETEOBJECT record, or NULL on error. + \param ihObject Number of a stock or created object +*/ +char *U_EMRDELETEOBJECT_set( + const uint32_t ihObject + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRDELETEOBJECT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_DELETEOBJECT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRDELETEOBJECT) record)->ihObject = ihObject; // Index of object to DELETE + } + return(record); +} + +// U_EMRANGLEARC_set 41 +/** + \brief Allocate and construct a U_EMR_ANGLEARC record. + \return pointer to U_EMR_ANGLEARC record, or NULL on error. + \param ptlCenter Center in logical units + \param nRadius Radius in logical units + \param eStartAngle Starting angle in degrees (counter clockwise from x axis) + \param eSweepAngle Sweep angle in degrees +*/ +char *U_EMRANGLEARC_set( + const U_POINTL ptlCenter, + const uint32_t nRadius, + const U_FLOAT eStartAngle, + const U_FLOAT eSweepAngle + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRANGLEARC); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_ANGLEARC; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRANGLEARC) record)->ptlCenter = ptlCenter; + ((PU_EMRANGLEARC) record)->nRadius = nRadius; + ((PU_EMRANGLEARC) record)->eStartAngle = eStartAngle; + ((PU_EMRANGLEARC) record)->eSweepAngle = eSweepAngle; + } + return(record); +} + +// U_EMRELLIPSE_set 42 +/** + \brief Allocate and construct a U_EMR_ELLIPSE record. + \return pointer to U_EMR_ELLIPSE record, or NULL on error. + \param rclBox bounding rectangle in logical units +*/ +char *U_EMRELLIPSE_set( + const U_RECTL rclBox + ){ + return(U_EMR_CORE4_set(U_EMR_ELLIPSE,rclBox)); +} + +// U_EMRRECTANGLE_set 43 +/** + \brief Allocate and construct a U_EMR_RECTANGLE record. + \return pointer to U_EMR_RECTANGLE record, or NULL on error. + \param rclBox bounding rectangle in logical units +*/ +char *U_EMRRECTANGLE_set( + const U_RECTL rclBox + ){ + return(U_EMR_CORE4_set(U_EMR_RECTANGLE,rclBox)); +} + +// U_EMRROUNDRECT_set 44 +/** + \brief Allocate and construct a U_EMR_ROUNDRECT record. + \return pointer to U_EMR_ROUNDRECT record, or NULL on error. + \param rclBox bounding rectangle in logical units + \param szlCorner W & H in logical units of ellipse used to round corner +*/ +char *U_EMRROUNDRECT_set( + const U_RECTL rclBox, + const U_SIZEL szlCorner + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRROUNDRECT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_ROUNDRECT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRROUNDRECT) record)->rclBox = rclBox; + ((PU_EMRROUNDRECT) record)->szlCorner = szlCorner; + } + return(record); +} + +// U_EMRARC_set 45 +/** + \brief Allocate and construct a U_EMR_ARC record. + \return pointer to U_EMR_ARC record, or NULL on error. + \param rclBox bounding rectangle in logical units + \param ptlStart Start point in logical units + \param ptlEnd End point in logical units +*/ +char *U_EMRARC_set( + const U_RECTL rclBox, + const U_POINTL ptlStart, + const U_POINTL ptlEnd + ){ + return(U_EMR_CORE9_set(U_EMR_ARC,rclBox, ptlStart, ptlEnd)); +} + +// U_EMRCHORD_set 46 +/** + \brief Allocate and construct a U_EMR_CHORD record. + \return pointer to U_EMR_CHORD record, or NULL on error. + \param rclBox bounding rectangle in logical units + \param ptlStart Start point in logical units + \param ptlEnd End point in logical units +*/ +char *U_EMRCHORD_set( + const U_RECTL rclBox, + const U_POINTL ptlStart, + const U_POINTL ptlEnd + ){ + return(U_EMR_CORE9_set(U_EMR_CHORD,rclBox, ptlStart, ptlEnd)); +} + +// U_EMRPIE_set 47 +/** + \brief Allocate and construct a U_EMR_PIE record. + \return pointer to U_EMR_PIE record, or NULL on error. + \param rclBox bounding rectangle in logical units + \param ptlStart Start point in logical units + \param ptlEnd End point in logical units +*/ +char *U_EMRPIE_set( + const U_RECTL rclBox, + const U_POINTL ptlStart, + const U_POINTL ptlEnd + ){ + return(U_EMR_CORE9_set(U_EMR_PIE,rclBox, ptlStart, ptlEnd)); +} + +// U_EMRSELECTPALETTE_set 48 +/** + \brief Allocate and construct a U_EMR_SELECTPALETTE record. + \return pointer to U_EMR_SELECTPALETTE record, or NULL on error. + \param ihPal Index of a Palette object in the EMF object table +*/ +char *U_EMRSELECTPALETTE_set( + const uint32_t ihPal + ){ + return(U_EMR_CORE3_set(U_EMR_SELECTPALETTE, ihPal)); +} + +// U_EMRCREATEPALETTE_set 49 +/** + \brief Allocate and construct a U_EMR_CREATEPALETTE record. + Use createpalette_set() instead of calling this function directly. + \return pointer to U_EMR_CREATEPALETTE record, or NULL on error. + \param ihPal Index to place object in EMF object table (this entry must not yet exist) + \param lgpl Palette properties +*/ +char *U_EMRCREATEPALETTE_set( + const uint32_t ihPal, + const U_LOGPALETTE lgpl + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRCREATEPALETTE); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_CREATEPALETTE; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATEPALETTE) record)->ihPal = ihPal; + ((PU_EMRCREATEPALETTE) record)->lgpl = lgpl; + } + return(record); +} + +// U_EMRSETPALETTEENTRIES_set 50 +/** + \brief Allocate and construct a U_EMR_SETPALETTEENTRIES record. + Use setpaletteentries_set() instead of calling this function directly. + \return pointer to U_EMR_SETPALETTEENTRIES record, or NULL on error. + \param ihPal Index of a Palette object in the EMF object table + \param iStart First Palette entry in selected object to set + \param cEntries Number of Palette entries in selected object to set + \param aPalEntries Values to set with +*/ +char *U_EMRSETPALETTEENTRIES_set( + const uint32_t ihPal, + const uint32_t iStart, + const U_NUM_LOGPLTNTRY cEntries, + const PU_LOGPLTNTRY aPalEntries + ){ + char *record; + int irecsize; + int cbPals; + + if(!aPalEntries)return(NULL); + cbPals = cEntries * sizeof(U_LOGPLTNTRY); + irecsize = sizeof(U_EMRSETPALETTEENTRIES) + cbPals - sizeof(U_LOGPLTNTRY); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETPALETTEENTRIES; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETPALETTEENTRIES) record)->ihPal = ihPal; + ((PU_EMRSETPALETTEENTRIES) record)->iStart = iStart; + ((PU_EMRSETPALETTEENTRIES) record)->cEntries = cEntries; + memcpy(((PU_EMRSETPALETTEENTRIES) record)->aPalEntries, aPalEntries,cbPals); + } + return(record); +} + +// U_EMRRESIZEPALETTE_set 51 +/** + \brief Allocate and construct a U_EMR_RESIZEPALETTE record. + \return pointer to U_EMR_RESIZEPALETTE record, or NULL on error. + \param ihPal Index of a Palette object in the EMF object table + \param cEntries Number to expand or truncate the Palette entry list to +*/ +char *U_EMRRESIZEPALETTE_set( + const uint32_t ihPal, + const uint32_t cEntries + ){ + return(U_EMR_CORE7_set(U_EMR_RESIZEPALETTE, (U_PAIR){ihPal,cEntries})); +} + +// U_EMRREALIZEPALETTE_set 52 +/** + \brief Allocate and construct a U_EMR_REALIZEPALETTE record. + \return pointer to U_EMR_REALIZEPALETTE record, or NULL on error. +*/ +char *U_EMRREALIZEPALETTE_set(void){ + return(U_EMR_CORE5_set(U_EMR_REALIZEPALETTE)); +} + +// U_EMREXTFLOODFILL_set 53 +/** + \brief Allocate and construct a U_EMR_EXTFLOODFILL record. + \return pointer to U_EMR_EXTFLOODFILL record, or NULL on error. + \param ptlStart Start point in logical units + \param crColor Color to fill with + \param iMode FloodFill Enumeration +*/ +char *U_EMREXTFLOODFILL_set( + const U_POINTL ptlStart, + const U_COLORREF crColor, + const uint32_t iMode + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMREXTFLOODFILL); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_EXTFLOODFILL; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREXTFLOODFILL) record)->ptlStart = ptlStart; + ((PU_EMREXTFLOODFILL) record)->crColor = crColor; + ((PU_EMREXTFLOODFILL) record)->iMode = iMode; + } + return(record); +} + +// U_EMRLINETO_set 54 +/** + \brief Allocate and construct a U_EMR_LINETO record. + \return pointer to U_EMR_LINETO record, or NULL on error. + \param ptl Point coordinates +*/ +char *U_EMRLINETO_set( + const U_POINTL ptl + ){ + return(U_EMR_CORE7_set(U_EMR_LINETO, ptl)); +} + +// U_EMRARCTO_set 55 +/** + \brief Allocate and construct a U_EMR_ARCTO record. + \return pointer to U_EMR_ARCTO record, or NULL on error. + \param rclBox bounding rectangle in logical units + \param ptlStart Start point in logical units + \param ptlEnd End point in logical units + + Note that the draw begins with a line from the current point to ptlStart, which is + not indicated in the Microsoft EMF documentation for this record. +*/ +char *U_EMRARCTO_set( + U_RECTL rclBox, + U_POINTL ptlStart, + U_POINTL ptlEnd + ){ + return(U_EMR_CORE9_set(U_EMR_ARCTO,rclBox, ptlStart, ptlEnd)); +} + +// U_EMRPOLYDRAW_set 56 +/** + \brief Allocate and construct a U_EMR_POLYDRAW record. + \return pointer to U_EMR_POLYDRAW record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cptl Number of U_POINTL objects + \param aptl Array of U_POINTL objects + \param abTypes Array of Point Enumeration +*/ +char *U_EMRPOLYDRAW_set( + const U_RECTL rclBounds, + const U_NUM_POINTL cptl, + const U_POINTL *aptl, + const uint8_t *abTypes + ){ + char *record; + int irecsize; + int cbPoints, cbAbTypes, cbAbTypes4, off; + + if(!cptl || !aptl || !abTypes)return(NULL); + cbPoints = cptl * sizeof(U_POINTL); // space for aptl + cbAbTypes = cptl; // number of abTypes (same array size, 1 byte each) + cbAbTypes4 = UP4(cbAbTypes); // space for abTypes + irecsize = sizeof(U_EMRPOLYDRAW) + cbPoints + cbAbTypes4 - sizeof(U_POINTL) - 1; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_POLYDRAW; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYDRAW) record)->rclBounds = rclBounds; + ((PU_EMRPOLYDRAW) record)->cptl = cptl; + off = sizeof(U_EMR) + sizeof(U_RECTL) + sizeof(uint32_t); // offset to first variable part + memcpy(record+off,aptl,cbPoints); + off += cbPoints; + memcpy(record+off,abTypes,cbAbTypes); + off += cbAbTypes; + if(cbAbTypes4 > cbAbTypes){ memset(record+off,0,cbAbTypes4-cbAbTypes); } // keeps valgrind happy (initialize padding after byte array) + } + return(record); +} + +// U_EMRSETARCDIRECTION_set 57 +/** + \brief Allocate and construct a U_EMR_SETARCDIRECTION record. + \return pointer to U_EMR_SETARCDIRECTION record, or NULL on error. + \param iArcDirection ArcDirection Enumeration +*/ +char *U_EMRSETARCDIRECTION_set( + const uint32_t iArcDirection + ){ + return(U_EMR_CORE3_set(U_EMR_SETARCDIRECTION, iArcDirection)); +} + +// U_EMRSETMITERLIMIT_set 58 +/** + \brief Allocate and construct a U_EMR_SETMITERLIMIT record. + \return pointer to U_EMR_SETMITERLIMIT record, or NULL on error. + \param eMiterLimit MapMode Enumeration +*/ +char *U_EMRSETMITERLIMIT_set( + const uint32_t eMiterLimit + ){ + return(U_EMR_CORE3_set(U_EMR_SETMITERLIMIT, eMiterLimit)); +} + + +// U_EMRBEGINPATH_set 59 +/** + \brief Allocate and construct a U_EMR_BEGINPATH record. + \return pointer to U_EMR_BEGINPATH record, or NULL on error. +*/ +char *U_EMRBEGINPATH_set(void){ + return(U_EMR_CORE5_set(U_EMR_BEGINPATH)); +} + +// U_EMRENDPATH_set 60 +/** + \brief Allocate and construct a U_EMR_ENDPATH record. + \return pointer to U_EMR_ENDPATH record, or NULL on error. +*/ +char *U_EMRENDPATH_set(void){ + return(U_EMR_CORE5_set(U_EMR_ENDPATH)); +} + +// U_EMRCLOSEFIGURE_set 61 +/** + \brief Allocate and construct a U_EMR_CLOSEFIGURE record. + \return pointer to U_EMR_CLOSEFIGURE record, or NULL on error. +*/ +char *U_EMRCLOSEFIGURE_set(void){ + return(U_EMR_CORE5_set(U_EMR_CLOSEFIGURE)); +} + +// U_EMRFILLPATH_set 62 +/** + \brief Allocate and construct a U_EMR_FILLPATH record. + \return pointer to U_EMR_FILLPATH record, or NULL on error. + \param rclBox Bounding rectangle in device units + + U_EMR_FILLPATH closes the open figure before filling. +*/ +char *U_EMRFILLPATH_set( + const U_RECTL rclBox + ){ + return(U_EMR_CORE4_set(U_EMR_FILLPATH,rclBox)); +} + +// U_EMRSTROKEANDFILLPATH_set 63 +/** + \brief Allocate and construct a U_EMR_STROKEANDFILLPATH record. + \return pointer to U_EMR_STROKEANDFILLPATH record, or NULL on error. + \param rclBox Bounding rectangle in device units + + U_EMR_STROKEANDFILLPATH closes the open figure before filling and stroking. + There appears to be no way to fill an open path while stroking it, as any one + of U_EMRFILLPATH, U_EMRSTROKEPATH, or U_EMRSTROKEANDFILEPATH will "use up" the path, +*/ +char *U_EMRSTROKEANDFILLPATH_set( + const U_RECTL rclBox + ){ + return(U_EMR_CORE4_set(U_EMR_STROKEANDFILLPATH,rclBox)); +} + +// U_EMRSTROKEPATH_set 64 +/** + \brief Allocate and construct a U_EMR_STROKEPATH record. + \return pointer to U_EMR_STROKEPATH record, or NULL on error. + \param rclBox Bounding rectangle in device units + + U_EMR_STROKEPATH does NOT close the open figure before stroking it. +*/ +char *U_EMRSTROKEPATH_set( + const U_RECTL rclBox + ){ + return(U_EMR_CORE4_set(U_EMR_STROKEPATH,rclBox)); +} + +// U_EMRFLATTENPATH_set 65 +/** + \brief Allocate and construct a U_EMR_FLATTENPATH record. + \return pointer to U_EMR_FLATTENPATH record, or NULL on error. +*/ +char *U_EMRFLATTENPATH_set(void){ + return(U_EMR_CORE5_set(U_EMR_FLATTENPATH)); +} + +// U_EMRWIDENPATH_set 66 +/** + \brief Allocate and construct a U_EMR_WIDENPATH record. + \return pointer to U_EMR_WIDENPATH record, or NULL on error. +*/ +char *U_EMRWIDENPATH_set(void){ + return(U_EMR_CORE5_set(U_EMR_WIDENPATH)); +} + +// U_EMRSELECTCLIPPATH_set 67 +/** + \brief Allocate and construct a U_EMR_SELECTCLIPPATH record. + \return pointer to U_EMR_SELECTCLIPPATH record, or NULL on error. + \param iMode RegionMode Enumeration +*/ +char *U_EMRSELECTCLIPPATH_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SELECTCLIPPATH, iMode)); +} + +// U_EMRABORTPATH_set 68 +/** + \brief Allocate and construct a U_EMR_ABORTPATH record. + \return pointer to U_EMR_ABORTPATH record, or NULL on error. +*/ +char *U_EMRABORTPATH_set(void){ + return(U_EMR_CORE5_set(U_EMR_ABORTPATH)); +} + +// U_EMRUNDEF69 69 + +// U_EMRCOMMENT_set 70 Comment (any binary data, interpretation is program specific) +/** + \brief Allocate and construct a U_EMR_COMMENT record. + \return pointer to U_EMR_COMMENT record, or NULL on error. + \param cbData Number of bytes in comment + \param Data Comment (any binary data, interpretation is program specific) +*/ +char *U_EMRCOMMENT_set( + const U_CBDATA cbData, + const char *Data + ){ + char *record; + unsigned int cbData4; + int irecsize; + + cbData4 = UP4(cbData); + irecsize = sizeof(U_EMR) + sizeof(U_CBDATA) + cbData4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_COMMENT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCOMMENT) record)->cbData = cbData; + memcpy(record + irecsize - cbData4,Data,cbData); + if(cbData4 > cbData)memset(record + irecsize - cbData4 + cbData,0,cbData4-cbData); // clear any unused bytes + } + return(record); +} + +// U_EMRFILLRGN_set 71 +/** + \brief Allocate and construct a U_EMR_FILLRGN record. + Use fillrgn_set() instead of calling this function directly. + \return pointer to U_EMR_FILLRGN record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param ihBrush Index of a Brush object in the EMF object table + \param RgnData Pointer to a U_RGNDATA structure +*/ +char *U_EMRFILLRGN_set( + const U_RECTL rclBounds, + const uint32_t ihBrush, + const PU_RGNDATA RgnData + ){ + char *record; + int irecsize; + int cbRgns,cbRgns4,rds,rds4,off; + + if(!RgnData)return(NULL); + cbRgns = ((PU_RGNDATAHEADER) RgnData)->nRgnSize; + cbRgns4 = UP4(cbRgns); + rds = sizeof(U_RGNDATAHEADER) + cbRgns; + rds4 = UP4(rds); + irecsize = sizeof(U_EMRFILLRGN) - sizeof(U_RECTL) + cbRgns4; // core + array - overlap of one rectL + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_FILLRGN; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRFILLRGN) record)->rclBounds = rclBounds; + ((PU_EMRFILLRGN) record)->cbRgnData = rds; + ((PU_EMRFILLRGN) record)->ihBrush = ihBrush; + off = sizeof(U_EMRFILLRGN) - sizeof(U_RGNDATA); + memcpy(record + off, RgnData, rds); + off += rds; + if(rds < rds4){ memset(record + off,0, rds4 - rds); } // clear any unused bytes + } + return(record); +} + +// U_EMRFRAMERGN_set 72 +/** + \brief Allocate and construct a U_EMR_FRAMERGN record. + Use framegrn_set() instead of calling this function directly. + \return pointer to U_EMR_FRAMERGN record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param ihBrush Index of a Brush object in the EMF object table + \param szlStroke W & H of Brush stroke + \param RgnData Pointer to a U_RGNDATA structure +*/ +char *U_EMRFRAMERGN_set( + const U_RECTL rclBounds, + const uint32_t ihBrush, + const U_SIZEL szlStroke, + const PU_RGNDATA RgnData + ){ + char *record; + int irecsize; + int cbRgns,cbRgns4,rds,rds4,off; + + if(!RgnData)return(NULL); + cbRgns = ((PU_RGNDATAHEADER) RgnData)->nRgnSize; + cbRgns4 = UP4(cbRgns); + rds = sizeof(U_RGNDATAHEADER) + cbRgns; + rds4 = UP4(rds); + irecsize = sizeof(U_EMRFRAMERGN) - sizeof(U_RECTL) + cbRgns4; // core + array - overlap of one rectL + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_FRAMERGN; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRFRAMERGN) record)->rclBounds = rclBounds; + ((PU_EMRFRAMERGN) record)->cbRgnData = rds; + ((PU_EMRFRAMERGN) record)->ihBrush = ihBrush; + ((PU_EMRFRAMERGN) record)->szlStroke = szlStroke; + off = sizeof(U_EMRFRAMERGN) - sizeof(U_RGNDATA); + memcpy(record + off, RgnData, rds); + off += rds; + if(rds < rds4){ memset(record + off,0, rds4 - rds); } // clear any unused bytes + } + return(record); +} + +// U_EMRINVERTRGN_set 73 +/** + \brief Allocate and construct a U_EMR_INVERTRGN record. + \return pointer to U_EMR_INVERTRGN record, or NULL on error. + \param RgnData Variable size U_RGNDATA structure +*/ +char *U_EMRINVERTRGN_set( + const PU_RGNDATA RgnData + ){ + return(U_EMR_CORE11_set(U_EMR_INVERTRGN, RgnData)); +} + +// U_EMRPAINTRGN_set 74 +/** + \brief Allocate and construct a U_EMR_PAINTRGN record. + \return pointer to U_EMR_PAINTRGN record, or NULL on error. + \param RgnData Variable size U_RGNDATA structure +*/ +char *U_EMRPAINTRGN_set( + const PU_RGNDATA RgnData + ){ + return(U_EMR_CORE11_set(U_EMR_PAINTRGN, RgnData)); +} + +// U_EMREXTSELECTCLIPRGN_set 75 +/** + \brief Allocate and construct a U_EMR_EXTSELECTCLIPRGN record. + \return pointer to U_EMR_EXTSELECTCLIPRGN or NULL on error. + \param iMode RegionMode Enumeration + \param RgnData Variable size U_RGNDATA structure +*/ +char *U_EMREXTSELECTCLIPRGN_set( + const uint32_t iMode, + const PU_RGNDATA RgnData + ){ + char *record; + int irecsize; + int cbRgns,cbRgns4,rds,rds4,off; + + if(!RgnData)return(NULL); + cbRgns = ((PU_RGNDATAHEADER) RgnData)->nRgnSize; + cbRgns4 = UP4(cbRgns); + rds = sizeof(U_RGNDATAHEADER) + cbRgns; + rds4 = UP4(rds); + irecsize = sizeof(U_EMREXTSELECTCLIPRGN) - sizeof(U_RECTL) + cbRgns4; // core + array - overlap of one rectL + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_EXTSELECTCLIPRGN; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREXTSELECTCLIPRGN) record)->cbRgnData = rds; + ((PU_EMREXTSELECTCLIPRGN) record)->iMode = iMode; + off = sizeof(U_EMREXTSELECTCLIPRGN) - sizeof(U_RGNDATA); + memcpy(record + off, RgnData, rds); + off += rds; + if(rds < rds4){ memset(record + off,0, rds4 - rds); } // clear any unused bytes + } + return(record); +} + +// U_EMRBITBLT_set 76 +/** + \brief Allocate and construct a U_EMR_BITBLT record. + \return pointer to U_EMR_BITBLT record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination width in logical units + \param Src Source rectangle UL corner in logical units + \param xformSrc Source bitmap transform (world to page coordinates) + \param crBkColorSrc Source bitmap background color + \param iUsageSrc DIBcolors Enumeration + \param dwRop Ternary Raster Operation enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRBITBLT_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const uint32_t dwRop, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + irecsize = sizeof(U_EMRBITBLT) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_BITBLT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRBITBLT) record)->rclBounds = rclBounds; + ((PU_EMRBITBLT) record)->Dest = Dest; + ((PU_EMRBITBLT) record)->cDest = cDest; + ((PU_EMRBITBLT) record)->dwRop = dwRop; + ((PU_EMRBITBLT) record)->Src = Src; + ((PU_EMRBITBLT) record)->xformSrc = xformSrc; + ((PU_EMRBITBLT) record)->crBkColorSrc = crBkColorSrc; + ((PU_EMRBITBLT) record)->iUsageSrc = iUsageSrc; + off = sizeof(U_EMRBITBLT); + APPEND_PXBMISRC(record, U_EMRBITBLT, cbBmi, Bmi, Px, cbImage, cbImage4); + } + return(record); +} + +// U_EMRSTRETCHBLT_set 77 +/** + \brief Allocate and construct a U_EMR_STRETCHBLT record. + \return pointer to U_EMR_STRETCHBLT record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination width in logical units + \param Src Source UL corner in logical units + \param cSrc Src W & H in logical units + \param xformSrc Transform to apply to source + \param crBkColorSrc Background color + \param iUsageSrc DIBcolors Enumeration + \param dwRop Ternary Raster Operation enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRSTRETCHBLT_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_POINTL cSrc, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const uint32_t dwRop, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + irecsize = sizeof(U_EMRSTRETCHBLT) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_STRETCHBLT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSTRETCHBLT) record)->rclBounds = rclBounds; + ((PU_EMRSTRETCHBLT) record)->Dest = Dest; + ((PU_EMRSTRETCHBLT) record)->cDest = cDest; + ((PU_EMRSTRETCHBLT) record)->dwRop = dwRop; + ((PU_EMRSTRETCHBLT) record)->Src = Src; + ((PU_EMRSTRETCHBLT) record)->xformSrc = xformSrc; + ((PU_EMRSTRETCHBLT) record)->crBkColorSrc = crBkColorSrc; + ((PU_EMRSTRETCHBLT) record)->iUsageSrc = iUsageSrc; + off = sizeof(U_EMRSTRETCHBLT); + APPEND_PXBMISRC(record, U_EMRSTRETCHBLT, cbBmi, Bmi, Px, cbImage, cbImage4); + ((PU_EMRSTRETCHBLT) record)->cSrc = cSrc; + } + return(record); +} + +// U_EMRMASKBLT_set 78 +/** + \brief Allocate and construct a U_EMR_MASKBLT record. + \return pointer to U_EMR_MASKBLT record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination width in logical units + \param Src Source UL corner in logical units + \param xformSrc Transform to apply to source + \param crBkColorSrc Background color + \param iUsageSrc DIBcolors Enumeration + \param Mask Mask UL corner in logical units + \param iUsageMask DIBcolors Enumeration + \param dwRop Ternary Raster Operation enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) + \param MskBmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbMsk Size in bytes of mask array (row stride * height, there may be some padding at the end of each row) + \param Msk (Optional) bitmapbuffer (mask section ) +*/ +char *U_EMRMASKBLT_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const U_POINTL Mask, + const uint32_t iUsageMask, + const uint32_t dwRop, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px, + const PU_BITMAPINFO MskBmi, + const uint32_t cbMsk, + char *Msk + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,cbMskImage,cbMskImage4,cbMskBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + SET_CB_FROM_PXBMI(Msk,MskBmi,cbMskImage,cbMskImage4,cbMskBmi,cbMsk); + + irecsize = sizeof(U_EMRMASKBLT) + cbBmi + cbImage4 + cbMskBmi + cbMskImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_MASKBLT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRMASKBLT) record)->rclBounds = rclBounds; + ((PU_EMRMASKBLT) record)->Dest = Dest; + ((PU_EMRMASKBLT) record)->cDest = cDest; + ((PU_EMRMASKBLT) record)->dwRop = dwRop; + ((PU_EMRMASKBLT) record)->Src = Src; + ((PU_EMRMASKBLT) record)->xformSrc = xformSrc; + ((PU_EMRMASKBLT) record)->crBkColorSrc = crBkColorSrc; + ((PU_EMRMASKBLT) record)->iUsageSrc = iUsageSrc; + ((PU_EMRMASKBLT) record)->Mask = Mask; + ((PU_EMRMASKBLT) record)->iUsageMask = iUsageMask; + off = sizeof(U_EMRMASKBLT); + APPEND_PXBMISRC(record, U_EMRMASKBLT, cbBmi, Bmi, Px, cbImage, cbImage4); + APPEND_MSKBMISRC(record, U_EMRMASKBLT, cbMskBmi, MskBmi, Msk, cbMskImage, cbMskImage4); + } + return(record); +} + +// U_EMRPLGBLT_set 79 + +/** + \brief Allocate and construct a U_EMRPLGBLT record. + \return U_EMRPLGBLT record. + \param rclBounds Bounding rectangle in device units + \param aptlDst Defines parallelogram, UL, UR, LL corners, LR is derived (3 points) + \param Src Source UL corner in logical units + \param cSrc Source width in logical units + \param xformSrc Transform to apply to source + \param crBkColorSrc Background color + \param iUsageSrc DIBcolors Enumeration + \param Mask Mask UL corner in logical units + \param iUsageMask DIBcolors Enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) + \param MskBmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbMsk Size in bytes of mask array (row stride * height, there may be some padding at the end of each row) + \param Msk (Optional) bitmapbuffer (mask section ) +*/ +char *U_EMRPLGBLT_set( + const U_RECTL rclBounds, + const PU_POINTL aptlDst, + const U_POINTL Src, + const U_POINTL cSrc, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const U_POINTL Mask, + const uint32_t iUsageMask, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px, + const PU_BITMAPINFO MskBmi, + const uint32_t cbMsk, + char *Msk + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,cbMskImage,cbMskImage4,cbMskBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + SET_CB_FROM_PXBMI(Msk,MskBmi,cbMskImage,cbMskImage4,cbMskBmi,cbMsk); + + irecsize = sizeof(U_EMRPLGBLT) + cbBmi + cbImage4 + cbMskBmi + cbMskImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_PLGBLT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPLGBLT) record)->rclBounds = rclBounds; + memcpy(((PU_EMRPLGBLT) record)->aptlDst,aptlDst,3*sizeof(U_POINTL)); + ((PU_EMRPLGBLT) record)->Src = Src; + ((PU_EMRPLGBLT) record)->cSrc = cSrc; + ((PU_EMRPLGBLT) record)->xformSrc = xformSrc; + ((PU_EMRPLGBLT) record)->crBkColorSrc = crBkColorSrc; + ((PU_EMRPLGBLT) record)->iUsageSrc = iUsageSrc; + ((PU_EMRPLGBLT) record)->Mask = Mask; + ((PU_EMRPLGBLT) record)->iUsageMask = iUsageMask; + off = sizeof(U_EMRPLGBLT); + APPEND_PXBMISRC(record, U_EMRPLGBLT, cbBmi, Bmi, Px, cbImage, cbImage4); + APPEND_MSKBMISRC(record, U_EMRPLGBLT, cbMskBmi, MskBmi, Msk, cbMskImage, cbMskImage4); + } + return(record); +} + +// U_EMRSETDIBITSTODEVICE_set 80 +/** + \brief Allocate and construct a U_EMR_SETDIBITSTODEVICE record. + \return pointer to U_EMR_SETDIBITSTODEVICE record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param Src Source UL corner in logical units + \param cSrc Source W & H in logical units + \param iUsageSrc DIBColors Enumeration + \param iStartScan First scan line + \param cScans Number of scan lines + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRSETDIBITSTODEVICE_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL Src, + const U_POINTL cSrc, + const uint32_t iUsageSrc, + const uint32_t iStartScan, + const uint32_t cScans, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + irecsize = sizeof(U_EMRSETDIBITSTODEVICE) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SETDIBITSTODEVICE; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSETDIBITSTODEVICE) record)->rclBounds = rclBounds; + ((PU_EMRSETDIBITSTODEVICE) record)->Dest = Dest; + ((PU_EMRSETDIBITSTODEVICE) record)->Src = Src; + ((PU_EMRSETDIBITSTODEVICE) record)->cSrc = cSrc; + ((PU_EMRSETDIBITSTODEVICE) record)->iUsageSrc = iUsageSrc; + ((PU_EMRSETDIBITSTODEVICE) record)->iStartScan = iStartScan; + ((PU_EMRSETDIBITSTODEVICE) record)->cScans = cScans; + off = sizeof(U_EMRSETDIBITSTODEVICE); + APPEND_PXBMISRC(record, U_EMRSETDIBITSTODEVICE, cbBmi, Bmi, Px, cbImage, cbImage4); + } + return(record); +} + +// U_EMRSTRETCHDIBITS_set 81 +/** + \brief Allocate and construct a U_EMR_EMRSTRETCHDIBITS record. + \return pointer to U_EMR_EMRSTRETCHDIBITS record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination W & H in logical units + \param Src Source UL corner in logical units + \param cSrc Source W & H in logical units + \param iUsageSrc DIBColors Enumeration + \param dwRop RasterOPeration Enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row STRIDE * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRSTRETCHDIBITS_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_POINTL cSrc, + const uint32_t iUsageSrc, + const uint32_t dwRop, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + char *record; + int irecsize; + int cbImage,cbImage4,cbBmi,off; + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + irecsize = sizeof(U_EMRSTRETCHDIBITS) + cbBmi + cbImage4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_STRETCHDIBITS; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSTRETCHDIBITS) record)->rclBounds = rclBounds; + ((PU_EMRSTRETCHDIBITS) record)->Dest = Dest; + ((PU_EMRSTRETCHDIBITS) record)->Src = Src; + ((PU_EMRSTRETCHDIBITS) record)->cSrc = cSrc; + ((PU_EMRSTRETCHDIBITS) record)->iUsageSrc = iUsageSrc; + ((PU_EMRSTRETCHDIBITS) record)->dwRop = dwRop; + ((PU_EMRSTRETCHDIBITS) record)->cDest = cDest; + off = sizeof(U_EMRSTRETCHDIBITS); + APPEND_PXBMISRC(record, U_EMRSTRETCHDIBITS, cbBmi, Bmi, Px, cbImage, cbImage4); + } + return(record); +} + +// U_EMREXTCREATEFONTINDIRECTW_set 82 +/** + \brief Allocate and construct a U_EMR_EXTCREATEFONTINDIRECTW record. + Use extcreatefontindirectw_set() instead of calling this function directly. + \return pointer to U_EMR_EXTCREATEFONTINDIRECTW record, or NULL on error. + \param ihFont Index of the font in the EMF object table + \param elf Font parameters as U_LOGFONT + \param elfw Font parameters as U_LOGFONT_PANOSE +*/ +char *U_EMREXTCREATEFONTINDIRECTW_set( + const uint32_t ihFont, + const char * elf, + const char * elfw + ){ + char *record; + const char *cptr; + int irecsize; + int cbLf,off; + + if((elf && elfw) || (!elf && !elfw))return(NULL); // ONE only must be passed + if(elf){ cbLf = sizeof(U_LOGFONT); cptr = elf; } + else { cbLf = sizeof(U_LOGFONT_PANOSE); cptr = elfw; } + + irecsize = sizeof(U_EMR) + sizeof(uint32_t) + cbLf; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_EXTCREATEFONTINDIRECTW; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREXTCREATEFONTINDIRECTW) record)->ihFont = ihFont; + off = sizeof(U_EMR) + sizeof(uint32_t); + memcpy(record + off, cptr, cbLf); // No need to add padding for either structure + } + return(record); +} + +// U_EMREXTTEXTOUTA_set 83 +/** + \brief Allocate and construct a U_EMR_EXTTEXTOUTA record. + \return pointer to U_EMR_EXTTEXTOUTA record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param iGraphicsMode Graphics mode Enumeration + \param exScale scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + \param eyScale scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + \param emrtext Text parameters +*/ +char *U_EMREXTTEXTOUTA_set( + const U_RECTL rclBounds, + const uint32_t iGraphicsMode, + const U_FLOAT exScale, + const U_FLOAT eyScale, + const PU_EMRTEXT emrtext + ){ + return(U_EMR_CORE8_set(U_EMR_EXTTEXTOUTA,rclBounds, iGraphicsMode, exScale, eyScale,emrtext)); +} + +// U_EMREXTTEXTOUTW_set 84 +/** + \brief Allocate and construct a U_EMR_EXTTEXTOUTW record. + \return pointer to U_EMR_EXTTEXTOUTW record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param iGraphicsMode Graphics mode Enumeration + \param exScale scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + \param eyScale scale to 0.01 mm units ( only if iGraphicsMode & GM_COMPATIBLE) + \param emrtext Text parameters +*/ +char *U_EMREXTTEXTOUTW_set( + const U_RECTL rclBounds, + const uint32_t iGraphicsMode, + const U_FLOAT exScale, + const U_FLOAT eyScale, + const PU_EMRTEXT emrtext + ){ + return(U_EMR_CORE8_set(U_EMR_EXTTEXTOUTW,rclBounds, iGraphicsMode, exScale, eyScale,emrtext)); +} + +// U_EMRPOLYBEZIER16_set 85 +/** + \brief Allocate and construct a U_EMR_POLYBEZIER16 record. + \return pointer to U_EMR_POLYBEZIER16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYBEZIER16_set( + const U_RECTL rclBounds, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE6_set(U_EMR_POLYBEZIER16, rclBounds, cpts, points)); +} + +// U_EMRPOLYGON16_set 86 +/** + \brief Allocate and construct a U_EMR_POLYGON16 record. + \return pointer to U_EMR_POLYGON16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYGON16_set( + const U_RECTL rclBounds, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE6_set(U_EMR_POLYGON16, rclBounds, cpts, points)); +} + +// U_EMRPOLYLINE16_set 87 +/** + \brief Allocate and construct a U_EMR_POLYLINE16 record. + \return pointer to U_EMR_POLYLINE16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYLINE16_set( + const U_RECTL rclBounds, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE6_set(U_EMR_POLYLINE16, rclBounds, cpts, points)); +} + +// U_EMRPOLYBEZIERTO16_set 88 +/** + \brief Allocate and construct a U_EMR_POLYBEZIERTO record. + \return pointer to U_EMR_POLYBEZIERTO record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYBEZIERTO16_set( + const U_RECTL rclBounds, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE6_set(U_EMR_POLYBEZIERTO16, rclBounds, cpts, points)); +} + +// U_EMRPOLYLINETO16_set 89 +/** + \brief Allocate and construct a U_EMR_POLYLINETO record. + \return pointer to U_EMR_POLYLINETO record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYLINETO16_set( + const U_RECTL rclBounds, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE6_set(U_EMR_POLYLINETO16, rclBounds, cpts, points)); +} + +// U_EMRPOLYPOLYLINE16_set 90 +/** + \brief Allocate and construct a U_EMR_POLYPOLYLINE16 record. + \return pointer to U_EMR_POLYPOLYLINE16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param nPolys Number of elements in aPolyCounts + \param aPolyCounts Number of points in each poly (sequential) + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYPOLYLINE16_set( + const U_RECTL rclBounds, + const uint32_t nPolys, + const uint32_t *aPolyCounts, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE10_set(U_EMR_POLYPOLYLINE16, rclBounds, nPolys, aPolyCounts,cpts, points)); +} + +// U_EMRPOLYPOLYGON16_set 91 +/** + \brief Allocate and construct a U_EMR_POLYPOLYGON16 record. + \return pointer to U_EMR_POLYPOLYGON16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param nPolys Number of elements in aPolyCounts + \param aPolyCounts Number of points in each poly (sequential) + \param cpts Number of POINT16 in array + \param points Array of POINT16 +*/ +char *U_EMRPOLYPOLYGON16_set( + const U_RECTL rclBounds, + const uint32_t nPolys, + const uint32_t *aPolyCounts, + const uint32_t cpts, + const U_POINT16 *points + ){ + return(U_EMR_CORE10_set(U_EMR_POLYPOLYGON16, rclBounds, nPolys, aPolyCounts,cpts, points)); +} + + +// U_EMRPOLYDRAW16_set 92 +/** + \brief Allocate and construct a U_EMR_POLYDRAW16 record. + \return pointer to U_EMR_POLYDRAW16 record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param cpts Number of U_POINTL objects + \param aptl Array of U_POINTL objects + \param abTypes Array of Point Enumeration +*/ +char *U_EMRPOLYDRAW16_set( + const U_RECTL rclBounds, + const U_NUM_POINT16 cpts, + const U_POINT16 *aptl, + const uint8_t *abTypes + ){ + char *record; + int irecsize; + int cbPoints, cbAbTypes, cbAbTypes4, off; + + if(!cpts || !aptl || !abTypes)return(NULL); + cbPoints = cpts * sizeof(U_POINT16); // space for aptl + cbAbTypes = cpts; // number of abTypes (same array size, 1 byte each) + cbAbTypes4 = UP4(cbAbTypes); // space for abTypes + irecsize = sizeof(U_EMRPOLYDRAW16) + cbPoints + cbAbTypes4 - sizeof(U_POINT16) - 1; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_POLYDRAW16; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPOLYDRAW16) record)->rclBounds = rclBounds; + ((PU_EMRPOLYDRAW16) record)->cpts = cpts; + off = sizeof(U_EMR) + sizeof(U_RECTL) + sizeof(uint32_t); // offset to first variable part + memcpy(record+off,aptl,cbPoints); + off += cbPoints; + memcpy(record+off,abTypes,cbAbTypes); + off += cbAbTypes; + if(cbAbTypes4 > cbAbTypes){ memset(record+off,0,cbAbTypes4-cbAbTypes); } // keeps valgrind happy (initialize padding after byte array) + } + return(record); +} + +// U_EMRCREATEMONOBRUSH_set 93 +/** + \brief Allocate and construct a U_EMR_CREATEMONOBRUSH record. + \return pointer to U_EMR_CREATEMONOBRUSH record, or NULL on error. + \param ihBrush Index to place object in EMF object table (this entry must not yet exist) + \param iUsage DIBcolors Enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO + pixel array) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRCREATEMONOBRUSH_set( + const uint32_t ihBrush, + const uint32_t iUsage, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + const char *Px + ){ + return(U_EMR_CORE12_set(U_EMR_CREATEMONOBRUSH,ihBrush,iUsage,Bmi,cbPx,Px)); +} + +// U_EMRCREATEDIBPATTERNBRUSHPT_set 94 +/** + \brief Allocate and construct a U_EMR_CREATEDIBPATTERNBRUSHPT record. + Use createdibpatternbrushpt_set() instead of calling this function directly. + \return pointer to U_EMR_CREATEDIBPATTERNBRUSHPT record, or NULL on error. + \param ihBrush Index to place object in EMF object table (this entry must not yet exist) + \param iUsage DIBcolors Enumeration + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO + pixel array) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRCREATEDIBPATTERNBRUSHPT_set( + const uint32_t ihBrush, + const uint32_t iUsage, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + const char *Px + ){ + return(U_EMR_CORE12_set(U_EMR_CREATEDIBPATTERNBRUSHPT,ihBrush,iUsage,Bmi,cbPx,Px)); +} + + +// U_EMREXTCREATEPEN_set 95 +/** + \brief Allocate and construct a U_EMR_EXTCREATEPEN record. + Use extcreatepen_set() instead of calling this function directly. + \return pointer to U_EMR_EXTCREATEPEN record, or NULL on error. + \param ihPen ihPen Index to place object in EMF object table (this entry must not yet exist) + \param Bmi Bmi bitmapbuffer + \param cbPx cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px Px pixel array (NULL if cbPx == 0) + \param elp elp Pen parameters (Size is Variable!!!!) +*/ +char *U_EMREXTCREATEPEN_set( + const uint32_t ihPen, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px, + const PU_EXTLOGPEN elp + ){ + char *record; + int cbImage,cbImage4,cbBmi,off; + int irecsize,cbStyleArray,cbElp; + + if(!elp)return(NULL); + + SET_CB_FROM_PXBMI(Px,Bmi,cbImage,cbImage4,cbBmi,cbPx); + + cbStyleArray = elp->elpNumEntries * sizeof(U_STYLEENTRY); // space actually used by penstyle entries + // EXTLOGPEN is already included in EMREXTCREATEPEN, including the possibly unused first penstyle entry + if(cbStyleArray){ + cbElp = sizeof(U_EXTLOGPEN) + cbStyleArray - sizeof(U_STYLEENTRY); // space actually used by elp + irecsize = sizeof(U_EMREXTCREATEPEN) + cbBmi + cbImage4 + cbStyleArray - sizeof(U_STYLEENTRY); + } + else { + cbElp = sizeof(U_EXTLOGPEN); // first U_STYLEENTRY is present but unused + irecsize = sizeof(U_EMREXTCREATEPEN) + cbBmi + cbImage4; + } + record = malloc(irecsize); + + if(record){ + ((PU_EMR) record)->iType = U_EMR_EXTCREATEPEN; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMREXTCREATEPEN) record)->ihPen = ihPen; + memcpy(&(((PU_EMREXTCREATEPEN) record)->elp),elp,cbElp); + if(cbStyleArray){ + off = sizeof(U_EMREXTCREATEPEN) + cbStyleArray - sizeof(U_STYLEENTRY); + } + else { + off = sizeof(U_EMREXTCREATEPEN); + } + // Cannot use APPEND_PXBMISRC here because there is no "Src" in the field names + if(cbBmi){ + memcpy(record + off, Bmi, cbBmi); + ((PU_EMREXTCREATEPEN) record)->offBmi = off; + ((PU_EMREXTCREATEPEN) record)->cbBmi = cbBmi; + off += cbBmi; + memcpy(record + off, Px, cbImage); + ((PU_EMREXTCREATEPEN) record)->offBits = off; + ((PU_EMREXTCREATEPEN) record)->cbBits = cbImage; + off += cbImage; + if(cbImage4 - cbImage){ memset(record + off, 0, cbImage4 - cbImage); } + } + else { + ((PU_EMREXTCREATEPEN) record)->cbBmi = 0; + ((PU_EMREXTCREATEPEN) record)->offBmi = 0; + ((PU_EMREXTCREATEPEN) record)->cbBits = 0; + ((PU_EMREXTCREATEPEN) record)->offBits = 0; + } + } + return(record); +} + +// U_EMRPOLYTEXTOUTA_set 96 NOT IMPLEMENTED, denigrated after Windows NT +// U_EMRPOLYTEXTOUTW_set 97 NOT IMPLEMENTED, denigrated after Windows NT + +// U_EMRSETICMMODE_set 98 +/** + \brief Allocate and construct a U_EMR_SETICMMODE record. + \return pointer to U_EMR_SETICMMODE record, or NULL on error. + \param iMode ICMMode Enumeration +*/ +char *U_EMRSETICMMODE_set( + const uint32_t iMode + ){ + return(U_EMR_CORE3_set(U_EMR_SETICMMODE, iMode)); +} + +// U_EMRCREATECOLORSPACE_set 99 +/** + \brief Allocate and construct a U_EMR_CREATECOLORSPACE record. + Use createcolorspace_set() instead of calling this function directly. + \return pointer to U_EMR_CREATECOLORSPACE record, or NULL on error. + \param ihCS Index to place object in EMF object table (this entry must not yet exist) + \param lcs ColorSpace parameters +*/ +char *U_EMRCREATECOLORSPACE_set( + const uint32_t ihCS, + const U_LOGCOLORSPACEA lcs + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRCREATECOLORSPACE); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_CREATECOLORSPACE; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATECOLORSPACE) record)->ihCS = ihCS; + ((PU_EMRCREATECOLORSPACE) record)->lcs = lcs; + } + return(record); +} + +// U_EMRSETCOLORSPACE_set 100 +/** + \brief Allocate and construct a U_EMR_SETCOLORSPACE record. + \return pointer to U_EMR_SETCOLORSPACE record, or NULL on error. + \param ihCS Index of object in EMF object table +*/ +char *U_EMRSETCOLORSPACE_set( + const uint32_t ihCS + ){ + return(U_EMR_CORE3_set(U_EMR_SETCOLORSPACE, ihCS)); +} + +// U_EMRDELETECOLORSPACE_set 101 +/** + \brief Allocate and construct a U_EMR_DELETECOLORSPACE record. + \return pointer to U_EMR_DELETECOLORSPACE record, or NULL on error. + \param ihCS Index of object in EMF object table +*/ +char *U_EMRDELETECOLORSPACE_set( + const uint32_t ihCS + ){ + return(U_EMR_CORE3_set(U_EMR_DELETECOLORSPACE, ihCS)); +} + +// U_EMRGLSRECORD_set 102 Not implemented +// U_EMRGLSBOUNDEDRECORD_set 103 Not implemented +// U_EMRPIXELFORMAT_set 104 +/** + \brief Allocate and construct a U_EMR_PIXELFORMAT record. + \return pointer to U_EMR_PIXELFORMAT record, or NULL on error. + \param pfd PixelFormatDescriptor +*/ +char *U_EMRPIXELFORMAT_set( + const U_PIXELFORMATDESCRIPTOR pfd + ){ + char *record; + int irecsize; + + irecsize = sizeof(U_EMRPIXELFORMAT); + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_PIXELFORMAT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRPIXELFORMAT) record)->pfd = pfd; + } + return(record); +} +// U_EMRDRAWESCAPE_set 105 Not implemented +// U_EMREXTESCAPE_set 106 Not implemented +// U_EMRUNDEF107_set 107 Not implemented + +// U_EMRSMALLTEXTOUT_set 108 +/** + \brief Allocate and construct a U_EMR_SMALLTEXTOUT record. + \return pointer to U_EMR_SMALLTEXTOUT record, or NULL on error. + \param Dest Where to draw the text + \param cChars Characters in TextString (not null terminated) + \param fuOptions ExtTextOutOptions Enumeration + \param iGraphicsMode GraphicsMode Enumeration + \param exScale scale on X axis + \param eyScale scale on Y axis + \param rclBounds OPTIONAL Bounding rectangle (absent when: fuOPtions & ETO_NO_U_RECT) + \param TextString text to output (fuOptions & ETO_SMALL_CHARS ? 8 bit : 16 bit) +*/ +char *U_EMRSMALLTEXTOUT_set( + const U_POINTL Dest, + const U_NUM_STR cChars, + const uint32_t fuOptions, + const uint32_t iGraphicsMode, + const U_FLOAT exScale, + const U_FLOAT eyScale, + const U_RECTL rclBounds, + const char *TextString + ){ + char *record; + int irecsize,cbString,cbString4,cbRectl,off; + int csize; + + if( fuOptions & U_ETO_SMALL_CHARS ){ csize = 1; } // how many bytes per character + else { csize = 2; } + cbString = csize * cChars; // filled contents of the string buffer + cbString4 = UP4(cbString); // size of the variable string buffer + if(fuOptions & U_ETO_NO_RECT){ cbRectl = 0; } // size of the optional U_RECTL field + else { cbRectl = sizeof(U_RECTL); } + + irecsize = sizeof(U_EMRSMALLTEXTOUT) + cbString4 + cbRectl; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_SMALLTEXTOUT; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRSMALLTEXTOUT) record)->Dest = Dest; + ((PU_EMRSMALLTEXTOUT) record)->cChars = cChars; + ((PU_EMRSMALLTEXTOUT) record)->fuOptions = fuOptions; + ((PU_EMRSMALLTEXTOUT) record)->iGraphicsMode = iGraphicsMode; + ((PU_EMRSMALLTEXTOUT) record)->exScale = exScale; + ((PU_EMRSMALLTEXTOUT) record)->eyScale = eyScale; + off = sizeof(U_EMRSMALLTEXTOUT); //offset to the start of the variable fields + if(cbRectl){ + memcpy(record + off, &rclBounds, cbRectl); + off += cbRectl; + } + memcpy(record + off, TextString, cbString); + if(cbString < cbString4){ + off += cbString; + memset(record + off, 0, cbString4 - cbString); + } + } + return(record); +} + +// U_EMRFORCEUFIMAPPING_set 109 Not implemented +// U_EMRNAMEDESCAPE_set 110 Not implemented +// U_EMRCOLORCORRECTPALETTE_set 111 Not implemented +// U_EMRSETICMPROFILEA_set 112 Not implemented +// U_EMRSETICMPROFILEW_set 113 Not implemented + +// U_EMRALPHABLEND_set 114 +/** + \brief Allocate and construct a U_EMR_ALPHABLEND record. + \return pointer to U_EMR_ALPHABLEND record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination width in logical units + \param Src Source UL corner in logical units + \param cSrc Src W & H in logical units + \param xformSrc Transform to apply to source + \param crBkColorSrc Background color + \param iUsageSrc DIBcolors Enumeration + \param Blend Blend function + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRALPHABLEND_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_POINTL cSrc, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const U_BLEND Blend, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + return(U_EMR_CORE13_set(U_EMR_ALPHABLEND,rclBounds,Dest,cDest,Src,cSrc,xformSrc,crBkColorSrc,iUsageSrc,*((uint32_t *) &Blend),Bmi,cbPx,Px)); +} + +// U_EMRSETLAYOUT_set 115 +/** + \brief Allocate and construct a U_EMR_SETLAYOUT record. + \return pointer to U_EMR_SETLAYOUT record, or NULL on error. + \param iMode Mirroring Enumeration +*/ +char *U_EMRSETLAYOUT_set(uint32_t iMode){ + return(U_EMR_CORE3_set(U_EMR_SETLAYOUT, iMode)); +} + +// U_EMRTRANSPARENTBLT_set 116 +/** + \brief Allocate and construct a U_EMR_TRANSPARENTBLT record. + \return pointer to U_EMR_TRANSPARENTBLT record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param Dest Destination UL corner in logical units + \param cDest Destination width in logical units + \param Src Source UL corner in logical units + \param cSrc Src W & H in logical units + \param xformSrc Transform to apply to source + \param crBkColorSrc Background color + \param iUsageSrc DIBcolors Enumeration + \param TColor Bitmap color to be treated as transparent + \param Bmi (Optional) bitmapbuffer (U_BITMAPINFO section) + \param cbPx Size in bytes of pixel array (row stride * height, there may be some padding at the end of each row) + \param Px (Optional) bitmapbuffer (pixel array section ) +*/ +char *U_EMRTRANSPARENTBLT_set( + const U_RECTL rclBounds, + const U_POINTL Dest, + const U_POINTL cDest, + const U_POINTL Src, + const U_POINTL cSrc, + const U_XFORM xformSrc, + const U_COLORREF crBkColorSrc, + const uint32_t iUsageSrc, + const uint32_t TColor, + const PU_BITMAPINFO Bmi, + const uint32_t cbPx, + char *Px + ){ + return(U_EMR_CORE13_set(U_EMR_TRANSPARENTBLT,rclBounds,Dest,cDest,Src,cSrc,xformSrc,crBkColorSrc,iUsageSrc,TColor,Bmi,cbPx,Px)); +} +// U_EMRUNDEF117_set 117 Not implemented +// U_EMRGRADIENTFILL_set 118 +/** + \brief Allocate and construct a U_EMR_TRANSPARENTBLT record. + \return pointer to U_EMR_TRANSPARENTBLT record, or NULL on error. + \param rclBounds Bounding rectangle in device units + \param nTriVert Number of TriVertex objects in TriVert + \param nGradObj Number of gradient triangle/rectangle objects + \param ulMode Gradientfill Enumeration (determines Triangle/Rectangle) + \param TriVert Array of TriVertex objects + \param GradObj Array of gradient objects (each has 2 [rect] or 3 [triangle] indices into TriVert array) + +There is an MS documentation or library problem for this record, as the size of the GradObj must always be set +as if it was an array of U_GRADIENT3 objects for both rect and triangle. For horizontal and vertical gradients +this means that there will be unused bytes at the end of the record. This is not what the documentation says, +but it is how MS's libraries work. + +*/ +char *U_EMRGRADIENTFILL_set( + const U_RECTL rclBounds, + const U_NUM_TRIVERTEX nTriVert, + const U_NUM_GRADOBJ nGradObj, + const uint32_t ulMode, + const PU_TRIVERTEX TriVert, + const uint32_t *GradObj + ){ + char *record; + unsigned int cbTriVert,cbGradObj,off; + unsigned int cbGradObjAlloc; /* larger than cbGradObj, because of problem described above */ + int irecsize; + + cbTriVert = sizeof(U_TRIVERTEX) * nTriVert; // all of the cb's will be a multiple of 4 bytes + if( ulMode == U_GRADIENT_FILL_TRIANGLE){ cbGradObj = sizeof(U_GRADIENT3) * nGradObj; } + else if(ulMode == U_GRADIENT_FILL_RECT_H || + ulMode == U_GRADIENT_FILL_RECT_V){ cbGradObj = sizeof(U_GRADIENT4) * nGradObj; } + else { return(NULL); } + cbGradObjAlloc = sizeof(U_GRADIENT3) * nGradObj; + + irecsize = sizeof(U_EMRGRADIENTFILL) + cbTriVert + cbGradObjAlloc; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_GRADIENTFILL; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRGRADIENTFILL) record)->rclBounds = rclBounds; + ((PU_EMRGRADIENTFILL) record)->nTriVert = nTriVert; + ((PU_EMRGRADIENTFILL) record)->nGradObj = nGradObj; + ((PU_EMRGRADIENTFILL) record)->ulMode = ulMode; + off = sizeof(U_EMRGRADIENTFILL); // offset to TriVert field + memcpy(record + off, TriVert, cbTriVert); + off += cbTriVert; + memcpy(record + off, GradObj, cbGradObj); + off += cbGradObj; + if(cbGradObjAlloc > cbGradObj){ + memset(record+off,0,cbGradObjAlloc - cbGradObj); + } + } + return(record); +} + +// U_EMRSETLINKEDUFIS_set 119 Not implemented +// U_EMRSETTEXTJUSTIFICATION_set 120 Not implemented (denigrated) +// U_EMRCOLORMATCHTOTARGETW_set 121 Not implemented + +// U_EMRCREATECOLORSPACEW_set 122 +/** + \brief Allocate and construct a U_EMR_CREATECOLORSPACEW record. + Use createcolorspacew_set() instead of calling this function directly. + \return pointer to U_EMR_CREATECOLORSPACEW record, or NULL on error. + \param ihCS Index to place object in EMF object table (this entry must not yet exist) + \param lcs ColorSpace parameters + \param dwFlags If low bit set Data is present + \param cbData Number of bytes of theData field. + \param Data (Optional, dwFlags & 1) color profile data +*/ +char *U_EMRCREATECOLORSPACEW_set( + const uint32_t ihCS, + const U_LOGCOLORSPACEW lcs, + const uint32_t dwFlags, + const U_CBDATA cbData, + const uint8_t *Data + ){ + char *record; + unsigned int cbData4,off; + int irecsize; + + cbData4 = UP4(cbData); // buffer to hold Data + irecsize = sizeof(U_EMRCREATECOLORSPACEW) + cbData4; + record = malloc(irecsize); + if(record){ + ((PU_EMR) record)->iType = U_EMR_CREATECOLORSPACEW; + ((PU_EMR) record)->nSize = irecsize; + ((PU_EMRCREATECOLORSPACEW) record)->ihCS = ihCS; + ((PU_EMRCREATECOLORSPACEW) record)->lcs = lcs; + ((PU_EMRCREATECOLORSPACEW) record)->dwFlags = dwFlags; + ((PU_EMRCREATECOLORSPACEW) record)->cbData = cbData; + off = sizeof(U_EMR) + sizeof(uint32_t) + sizeof(U_LOGCOLORSPACEW) + sizeof(uint32_t) + sizeof(U_CBDATA); // offset to Data field + memcpy(record + off, Data, cbData); + if(cbData < cbData4){ + off += cbData; + memset(record + off,0,cbData4-cbData); + } + } + return(record); +} + + +#ifdef __cplusplus +} +#endif |