bool BaseDataset::parse(const Value &v, const std::string &parentId, bool useCache)
{
std::lock_guard<std::recursive_mutex> lock(_mutex);
AMIGO_LOG_I(TAG, "::parse()...\n");
id = getJSONInt(v, "id");
url = getJSONString(v, "url");
project = getJSONString(v, "project");
name = getJSONString(v, "name");
description = getJSONString(v, "description");
visible = getJSONBool(v, "visible", true);
created_on = getJSONString(v, "created_on");
type = getJSONString(v, "type", "raster");
boundingbox = getJSONString(v, "boundingbox");
preview_image = getJSONString(v, "preview_image");
tiles = getJSONString(v, "tiles");
preview = getJSONString(v, "preview");
read_only = getJSONBool(v, "read_only", true);
online_only = getJSONBool(v, "online_only", false);
return true;
}
Field SchemaHelper::parseField(const rapidjson::Document &data, int index)
{
Field field = std::make_shared<SchemaField>();
field->index = index;
field->name = getJSONString(data, "name");
field->type = getJSONString(data, "type");
field->geometry_type = getJSONString(data, "geometry_type");
field->nullable = getJSONBool(data, "nullable");
field->related_to = getJSONLong(data, "related_to", -1);
field->max_length = getJSONInt(data, "max_length", -1);
field->default_value = getJSONString(data, "default");
StringBuffer buffer;
PrettyWriter<StringBuffer> writer(buffer);
data.Accept(writer);
field->json = buffer.GetString();
if(field->name == "amigo_id")
{
field->unique = true;
}
return field;
}
Scene *loadScene(char *aFilename)
{
Scene *t = new Scene;
json_stream json;
FILE * f = fopen(aFilename, "rb");
json_open_stream(&json, f);
json_type type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END && json_peek(&json) != JSON_ERROR)
{
type = json_next(&json);
assert(type == JSON_STRING);
const char *otype = json_get_string(&json, 0);
if (strcmp(otype, "material") == 0)
{
const char *name = "[untitled]";
glm::vec3 diffuse(1);
glm::vec3 specular(0);
glm::vec3 ambient(0);
float opacity = 1;
float reflection = 0;
type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END)
{
type = json_next(&json);
assert(type == JSON_STRING);
otype = json_get_string(&json, 0);
if (!getJSONString(&json, "name", otype, (char**)&name))
if (!getJSONVec3(&json, "diffuse", otype, diffuse))
if (!getJSONVec3(&json, "ambient", otype, ambient))
if (!getJSONVec3(&json, "specular", otype, specular))
if (!getJSONNumber(&json, "opacity", otype, opacity))
if (!getJSONNumber(&json, "reflection", otype, reflection))
assert(0 && "error parsing material");
}
type = json_next(&json);
assert(type == JSON_OBJECT_END);
Material *m = new Material();
m->mName = (char*)name;
m->mDiffuse = diffuse;
m->mAmbient = ambient;
m->mSpecular = specular;
m->mOpacity = opacity;
m->mReflection = reflection;
m->mNext = t->mMaterial;
t->mMaterial = m;
}
else
if (strcmp(otype, "box") == 0)
{
const char *name = "[untitled]";
const char *material = "default";
glm::vec3 center;
glm::vec3 size;
float dynamic = 0;
type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END)
{
type = json_next(&json);
assert(type == JSON_STRING);
otype = json_get_string(&json, 0);
if (!getJSONString(&json, "name", otype, (char**)&name))
if (!getJSONString(&json, "material", otype, (char**)&material))
if (!getJSONNumber(&json, "dynamic", otype, dynamic))
if (!getJSONVec3(&json, "position", otype, center))
if (!getJSONVec3(&json, "center", otype, center))
if (!getJSONVec3(&json, "size", otype, size))
assert(0 && "error parsing box");
}
type = json_next(&json);
assert(type == JSON_OBJECT_END);
SceneObject *so;
t->insert(so = new Box((char*)name, center, size, t->getMaterialByName((char*)material)));
so->mDynamic = dynamic != 0;
}
else
if (strcmp(otype, "plane") == 0)
{
const char *name = "[untitled]";
const char *material = "default";
glm::vec3 point;
glm::vec3 normal;
float dynamic = 0;
type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END)
{
type = json_next(&json);
assert(type == JSON_STRING);
otype = json_get_string(&json, 0);
if (!getJSONString(&json, "name", otype, (char**)&name))
if (!getJSONString(&json, "material", otype, (char**)&material))
if (!getJSONNumber(&json, "dynamic", otype, dynamic))
if (!getJSONVec3(&json, "point", otype, point))
if (!getJSONVec3(&json, "normal", otype, normal))
assert(0 && "error parsing box");
}
type = json_next(&json);
assert(type == JSON_OBJECT_END);
SceneObject *so;
t->insert(so = new Plane((char*)name, point, normal, t->getMaterialByName((char*)material)));
so->mDynamic = dynamic != 0;
}
else
if (strcmp(otype, "sphere") == 0)
{
const char *name = "[untitled]";
const char *material = "default";
glm::vec3 center;
float radius = 5;
float dynamic = 0;
type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END)
{
type = json_next(&json);
assert(type == JSON_STRING);
otype = json_get_string(&json, 0);
if (!getJSONString(&json, "name", otype, (char**)&name))
if (!getJSONString(&json, "material", otype, (char**)&material))
if (!getJSONNumber(&json, "dynamic", otype, dynamic))
if (!getJSONVec3(&json, "center", otype, center))
if (!getJSONVec3(&json, "position", otype, center))
if (!getJSONNumber(&json, "radius", otype, radius))
assert(0 && "error parsing sphere");
}
type = json_next(&json);
assert(type == JSON_OBJECT_END);
SceneObject *so;
t->insert(so = new Sphere((char*)name, center, radius, t->getMaterialByName((char*)material)));
so->mDynamic = dynamic != 0;
}
else
if (strcmp(otype, "light") == 0)
{
const char *name = "[untitled]";
const char *material = "default";
glm::vec3 position;
type = json_next(&json);
assert(type == JSON_OBJECT);
while (json_peek(&json) != JSON_OBJECT_END)
{
type = json_next(&json);
assert(type == JSON_STRING);
otype = json_get_string(&json, 0);
if (!getJSONString(&json, "name", otype, (char**)&name))
if (!getJSONString(&json, "material", otype, (char**)&material))
if (!getJSONVec3(&json, "position", otype, position))
assert(0 && "error parsing light");
}
type = json_next(&json);
assert(type == JSON_OBJECT_END);
t->insert(new Light((char*)name, position, t->getMaterialByName((char*)material)));
}
else
{
assert(0);
}
}
type = json_next(&json);
if (type == JSON_ERROR)
{
const char * err = json_get_error(&json);
err = err;
}
assert(type == JSON_OBJECT_END);
type = json_next(&json);
assert(type == JSON_DONE);
json_close(&json);
setupScene(t);
t->optimize();
return t;
};
bool StyleData::parse(const Value& v, unsigned long projectId)
{
std::string typeStr = getJSONString(v, "type");
type = _getType(typeStr);
zoom_level_min = atoi(getJSONString(v, "zoom_level_min", "2").c_str());
zoom_level_max = atoi(getJSONString(v, "zoom_level_max", "20").c_str());
icon = getJSONString(v, "icon-mobile", "point");
transform = getJSONString(v, "transform", "");
transormValid = _parseTransform(transform);
dasharray = getJSONString(v, "dasharray", "");
if(dasharray.empty())
dasharray = getJSONString(v, "outline-dasharray", "");
color = _parseColor( getJSONString(v, "color"), colorValid );
color.v[3] = atof(getJSONString(v, "opacity", "1.0").c_str());
size = atof(getJSONString(v, "size", "0").c_str());
outline_color = _parseColor( getJSONString(v, "outline-color"), outlineColorValid );
outline_color.v[3] = atof(getJSONString(v, "outline-opacity", "1.0").c_str());
outline_size = atof(getJSONString(v, "outline-size", "0").c_str());
filter = getJSONString(v, "filter");
filter_hash = getJSONString(v, "filter_hash");
// Font style
field_name = getJSONString(v, "field-name");
font_name = getJSONString(v, "font-name");
font_filename = getJSONString(v, "font-filename");
font_size = atof(getJSONString(v, "font-size", "0").c_str());
font_opacity = atof(getJSONString(v, "font-opacity", "1").c_str());
font_color = _parseColor( getJSONString(v, "font-color"), fontColorValid);
font_halo_color = _parseColor( getJSONString(v, "font-halo-color"), fontHaloColorValid);
font_halo_size = atof(getJSONString(v, "font-halo-size", "0").c_str());
offset_x = atof(getJSONString(v, "offset-x", "0").c_str());
offset_y = atof(getJSONString(v, "offset-y", "0").c_str());
mode = getJSONString(v, "mode");
modeType = _getType(mode);
allow_overlap = getJSONBool(v, "allow-overlap", false);
if(type==ICON)
{
fullIconPath = SupportFiles::getFullPath(projectId) + icon;
}
return true;
}
