sdef(bool, ToMultiByte, int c, String *res) {
if (c <= 0x7F) {
String_Append(res, c);
} else if (c <= 0x7FF) {
String_Append(res, 0xC0 | (c >> 6));
String_Append(res, 0x80 | (c & 0x3F));
} else if (c <= 0xFFFF) {
static void login_CharacterDataHandler (void *userData,
const XML_Char *s,
int len)
{
loginArg *rp = (loginArg*)userData;
if(rp->m_parsing_username==0) return;
String_Append(rp->m_username,s,len);
}
static void getListPhoto_CharacterDataHandler (void *userData,
const XML_Char *s,
int len)
{
getListPhotoArg *args = (getListPhotoArg*)userData;
if(args->m_parsing_tag==0) return;
String_Append(&args->m_tag.m_tagbody,s,len);
}
void String_AppendL(String *str, long value) {
if (!str)
return;
String temp;
String_InitL(&temp, value);
String_Append(str, temp.buf, 0);
String_Clear(&temp);
}
const char *concatenateStrings(const unsigned int sz,
const String *items,
String *scratch)
{
unsigned int i=0;
for(;i<sz;i++) {
String_AppendOther(scratch, &items[i]);
if(i+1<sz)
String_Append(scratch, ",", 1);
}
return scratch->m_start;
}
def(void, OnRespond, bool persistent) {
this->resp.len = 0;
if (this->method == HTTP_Method_Get) {
String_Append(&this->resp, $("Page requested via GET."));
} else if (this->method == HTTP_Method_Post) {
String_Append(&this->resp, $("Page requested via POST."));
} else if (this->method == HTTP_Method_Head) {
String_Append(&this->resp, $("Page requested via HEAD."));
}
if (this->method != HTTP_Method_Head) {
String_Append(&this->resp,
FmtString($(
"<form action=\"/\" method=\"post\">"
"<input type=\"text\" name=\"test\" /><br />"
"<input type=\"text\" name=\"test2\" /><br />"
"<input type=\"submit\" />"
"</form>"
"<br />"
"You requested: %<br />"
"test=%<br />"
"test2=%<br />"
),
this->path.rd,
this->paramTest.rd,
this->paramTest2.rd));
}
String strLength = Integer_ToString(this->resp.len);
String envelope = String_Format(
$(
"% 200 OK\r\n"
"Content-Type: text/html; charset=utf-8\r\n"
"%\r\n"
"Content-Length: %\r\n"
"\r\n"
),
HTTP_Version_ToString(this->version),
persistent
? $("Connection: Keep-Alive")
: $("Connection: Close"),
strLength.rd);
String_Destroy(&strLength);
SocketConnection_Write(this->conn, envelope.rd);
size_t written = SocketConnection_Write(this->conn, this->resp.rd);
String_Crop(&this->resp, written);
SocketConnection_Flush(this->conn);
String_Destroy(&envelope);
this->paramTest.len = 0;
this->paramTest2.len = 0;
/* You may want to change the value of this variable when the
* content length is unknown. If that's the case, you won't have
* no choice to indicate the end of the response but to close
* the connection.
*/
this->persistent = persistent;
}
void ShaderGen2D_CreateShader2D(ShaderGen2D *gen, int index, DWORD id)
{
STRING tmp;
DWORD rop;
tmp.ptr = NULL;
BOOL intproc = FALSE;
BOOL usedest = FALSE;
gen->genshaders2D[index].shader.vsrc.ptr = NULL;
gen->genshaders2D[index].shader.fsrc.ptr = NULL;
char idstring[22];
_snprintf(idstring, 21, "%0.8I32X\n", id);
idstring[21] = 0;
// Create vertex shader
// Header
STRING *vsrc = &gen->genshaders2D[index].shader.vsrc;
String_Append(vsrc, revheader);
if (id & DDBLT_ROP)
{
rop = UnpackROPBits(id);
if (gen->ext->glver_major >= 3)
{
String_Append(vsrc, version_130);
intproc = TRUE;
}
else if (gen->ext->GLEXT_EXT_gpu_shader4)
{
String_Append(vsrc, version_110);
String_Append(vsrc, ext_shader4);
intproc = TRUE;
}
else String_Append(vsrc, version_110);
}
else String_Append(vsrc, version_110);
String_Append(vsrc, idheader);
String_Append(vsrc, idstring);
// Attributes
String_Append(vsrc, attr_xy);
if (!(id & DDBLT_COLORFILL)) String_Append(vsrc, attr_srcst);
if (id & DDBLT_ROP)
{
if (rop_texture_usage[rop] & 2) usedest = TRUE;
}
if (id & DDBLT_KEYDEST) usedest = TRUE;
if (usedest) String_Append(vsrc, attr_destst);
if (id & 0x10000000) String_Append(vsrc, attr_stencilst);
// Uniforms
String_Append(vsrc, unif_view);
// Main
String_Append(vsrc, mainstart);
String_Append(vsrc, op_vertex);
if (!(id & DDBLT_COLORFILL)) String_Append(vsrc, op_texcoord0);
if(usedest) String_Append(vsrc, op_texcoord1);
if (id & 0x10000000) String_Append(vsrc, op_texcoord3);
String_Append(vsrc, mainend);
#ifdef _DEBUG
OutputDebugStringA("2D blitter vertex shader:\n");
OutputDebugStringA(vsrc->ptr);
OutputDebugStringA("\nCompiling 2D blitter vertex shader:\n");
TRACE_STRING("2D blitter vertex shader:\n");
TRACE_STRING(vsrc->ptr);
TRACE_STRING("\nCompiling 2D blitter vertex shader:\n");
#endif
gen->genshaders2D[index].shader.vs = gen->ext->glCreateShader(GL_VERTEX_SHADER);
GLint srclen = strlen(vsrc->ptr);
gen->ext->glShaderSource(gen->genshaders2D[index].shader.vs, 1, &vsrc->ptr, &srclen);
gen->ext->glCompileShader(gen->genshaders2D[index].shader.vs);
GLint result;
char *infolog = NULL;
gen->ext->glGetShaderiv(gen->genshaders2D[index].shader.vs, GL_COMPILE_STATUS, &result);
#ifdef _DEBUG
GLint loglen;
if (!result)
{
gen->ext->glGetShaderiv(gen->genshaders2D[index].shader.vs, GL_INFO_LOG_LENGTH, &loglen);
infolog = (char*)malloc(loglen);
gen->ext->glGetShaderInfoLog(gen->genshaders2D[index].shader.vs, loglen, &result, infolog);
OutputDebugStringA("Compilation failed. Error messages:\n");
OutputDebugStringA(infolog);
TRACE_STRING("Compilation failed. Error messages:\n");
TRACE_STRING(infolog);
free(infolog);
}
#endif
usedest = FALSE;
// Create fragment shader
STRING *fsrc = &gen->genshaders2D[index].shader.fsrc;
String_Append(fsrc, revheader);
if (id & DDBLT_ROP)
{
if (gen->ext->glver_major >= 3)
{
String_Append(fsrc, version_130);
intproc = true;
}
else if (gen->ext->GLEXT_EXT_gpu_shader4)
{
String_Append(fsrc, version_110);
String_Append(fsrc, ext_shader4);
intproc = true;
}
else String_Append(fsrc, version_110);
}
else String_Append(fsrc, version_110);
String_Append(fsrc, idheader);
String_Append(fsrc, idstring);
// Uniforms
if (id & DDBLT_COLORFILL) String_Append(fsrc, unif_fillcolor);
else String_Append(fsrc, unif_srctex);
if (id & DDBLT_KEYDEST) usedest = TRUE;
if (id & DDBLT_ROP)
{
if (rop_texture_usage[rop] & 2) usedest = TRUE;
if (rop_texture_usage[rop] & 4)
{
String_Append(fsrc, unif_patterntex);
String_Append(fsrc, unif_patternsize);
}
}
if (usedest) String_Append(fsrc, unif_desttex);
if (id & 0x10000000) String_Append(fsrc, unif_stenciltex);
if (id & DDBLT_KEYSRC)
{
String_Append(fsrc, unif_ckeysrc);
if (id & 0x20000000) String_Append(fsrc, unif_ckeysrchigh);
String_Append(fsrc, unif_colorsizesrc);
}
String_Append(fsrc, unif_colorsizedest);
if (id & DDBLT_KEYDEST)
{
String_Append(fsrc, unif_ckeydest);
if (id & 0x40000000) String_Append(fsrc, unif_ckeydesthigh);
}
// Variables
String_Append(fsrc, var_pixel);
if (id & DDBLT_KEYSRC) String_Append(fsrc, var_src);
if (id & DDBLT_ROP)
{
if (rop_texture_usage[rop] & 4)
{
String_Append(fsrc, var_pattern);
String_Append(fsrc, var_patternst);
}
}
if (usedest) String_Append(fsrc, var_dest);
// Main
String_Append(fsrc, mainstart);
if (id & 0x10000000) String_Append(fsrc, op_clip);
if (id & DDBLT_COLORFILL) String_Append(fsrc, op_color);
else String_Append(fsrc, op_pixel);
if (id & DDBLT_KEYSRC) String_Append(fsrc, op_src);
if (usedest) String_Append(fsrc, op_dest);
if (id & DDBLT_KEYSRC)
{
if (id & 0x20000000) String_Append(fsrc, op_ckeysrcrange);
else String_Append(fsrc, op_ckeysrc);
}
if (id & DDBLT_KEYDEST)
{
if (id & 0x40000000) String_Append(fsrc, op_ckeydestrange);
else String_Append(fsrc, op_ckeydest);
}
if (id & DDBLT_ROP)
{
if (rop_texture_usage[rop] & 4) String_Append(fsrc, op_pattern);
if (intproc) String_Append(fsrc, op_ROP[rop]);
else String_Append(fsrc, op_ROP_float[rop]);
}
String_Append(fsrc, op_destout);
String_Append(fsrc, mainend);
#ifdef _DEBUG
OutputDebugStringA("2D blitter fragment shader:\n");
OutputDebugStringA(fsrc->ptr);
OutputDebugStringA("\nCompiling 2D blitter fragment shader:\n");
TRACE_STRING("2D blitter fragment shader:\n");
TRACE_STRING(fsrc->ptr);
TRACE_STRING("\nCompiling 2D blitter fragment shader:\n");
#endif
gen->genshaders2D[index].shader.fs = gen->ext->glCreateShader(GL_FRAGMENT_SHADER);
srclen = strlen(fsrc->ptr);
gen->ext->glShaderSource(gen->genshaders2D[index].shader.fs, 1, &fsrc->ptr, &srclen);
gen->ext->glCompileShader(gen->genshaders2D[index].shader.fs);
gen->ext->glGetShaderiv(gen->genshaders2D[index].shader.fs, GL_COMPILE_STATUS, &result);
#ifdef _DEBUG
if (!result)
{
gen->ext->glGetShaderiv(gen->genshaders2D[index].shader.fs, GL_INFO_LOG_LENGTH, &loglen);
infolog = (char*)malloc(loglen);
gen->ext->glGetShaderInfoLog(gen->genshaders2D[index].shader.fs, loglen, &result, infolog);
OutputDebugStringA("Compilation failed. Error messages:\n");
OutputDebugStringA(infolog);
TRACE_STRING("Compilation failed. Error messages:\n");
TRACE_STRING(infolog);
free(infolog);
}
#endif
gen->genshaders2D[index].shader.prog = gen->ext->glCreateProgram();
gen->ext->glAttachShader(gen->genshaders2D[index].shader.prog, gen->genshaders2D[index].shader.vs);
gen->ext->glAttachShader(gen->genshaders2D[index].shader.prog, gen->genshaders2D[index].shader.fs);
gen->ext->glLinkProgram(gen->genshaders2D[index].shader.prog);
gen->ext->glGetProgramiv(gen->genshaders2D[index].shader.prog, GL_LINK_STATUS, &result);
#ifdef _DEBUG
if (!result)
{
gen->ext->glGetProgramiv(gen->genshaders2D[index].shader.prog, GL_INFO_LOG_LENGTH, &loglen);
infolog = (char*)malloc(loglen);
gen->ext->glGetProgramInfoLog(gen->genshaders2D[index].shader.prog, loglen, &result, infolog);
OutputDebugStringA("Program link failed. Error messages:\n");
OutputDebugStringA(infolog);
TRACE_STRING("Program link failed. Error messages:\n");
TRACE_STRING(infolog);
free(infolog);
}
#endif
gen->genshaders2D[index].shader.attribs[0] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "xy");
gen->genshaders2D[index].shader.attribs[1] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "rgb");
gen->genshaders2D[index].shader.attribs[2] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "rgba");
gen->genshaders2D[index].shader.attribs[3] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "srcst");
gen->genshaders2D[index].shader.attribs[4] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "destst");
gen->genshaders2D[index].shader.attribs[5] = gen->ext->glGetAttribLocation(gen->genshaders2D[index].shader.prog, "stencilst");
gen->genshaders2D[index].shader.uniforms[0] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "view");
gen->genshaders2D[index].shader.uniforms[1] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "srctex");
gen->genshaders2D[index].shader.uniforms[2] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "desttex");
gen->genshaders2D[index].shader.uniforms[3] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "patterntex");
gen->genshaders2D[index].shader.uniforms[4] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "stenciltex");
gen->genshaders2D[index].shader.uniforms[5] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "ckeysrc");
gen->genshaders2D[index].shader.uniforms[6] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "ckeydest");
gen->genshaders2D[index].shader.uniforms[7] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "ckeysrchigh");
gen->genshaders2D[index].shader.uniforms[8] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "ckeydesthigh");
gen->genshaders2D[index].shader.uniforms[9] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "patternsize");
gen->genshaders2D[index].shader.uniforms[10] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "colorsizesrc");
gen->genshaders2D[index].shader.uniforms[11] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "colorsizedest");
gen->genshaders2D[index].shader.uniforms[12] = gen->ext->glGetUniformLocation(gen->genshaders2D[index].shader.prog, "fillcolor");
gen->genshaders2D[index].id = id;
}