1 #include "stdafx.h"
2 #include "../main/Helper.h"
3 #include "hardwaretypes.h"
4 #include "ColorSwitch.h"
5 #include "../main/json_helper.h"
6
_tColor()7 _tColor::_tColor()
8 {
9 //level = 0;
10 t = r = g = b = cw = ww = 0;
11 mode = ColorModeNone;
12 }
13
_tColor(const Json::Value & json)14 _tColor::_tColor(const Json::Value &json)
15 {
16 fromJSON(json);
17 }
18
_tColor(const std::string & sRaw)19 _tColor::_tColor(const std::string &sRaw) //explicit to avoid unintentional conversion of string to _tColor
20 {
21 fromString(sRaw);
22 }
23
_tColor(const uint8_t ir,const uint8_t ig,const uint8_t ib,const uint8_t icw,const uint8_t iww,ColorMode imode)24 _tColor::_tColor(const uint8_t ir, const uint8_t ig, const uint8_t ib, const uint8_t icw, const uint8_t iww, ColorMode imode)
25 {
26 mode = imode;
27 //level=ilevel;
28 r=ir;
29 g=ig;
30 b=ib;
31 cw=icw;
32 ww=iww;
33 t = 0;
34 }
35
_tColor(uint8_t x,ColorMode imode)36 _tColor::_tColor(uint8_t x, ColorMode imode)
37 {
38 t = r = g = b = cw = ww = 0;
39 mode = imode;
40 if (mode == ColorModeWhite)
41 {
42 ww = 0xff;
43 cw = 0xff;
44 }
45 else if (mode == ColorModeTemp)
46 {
47 ww = x;
48 cw = 255-x;
49 t = x;
50 }
51 }
52
getrgbwwhex() const53 std::string _tColor::getrgbwwhex() const
54 {
55 char tmp[13];
56 snprintf(tmp, sizeof(tmp), "%02x%02x%02x%02x%02x", r, g, b, cw, ww);
57 return std::string(tmp);
58 }
59
fromJSON(const Json::Value & root)60 void _tColor::fromJSON(const Json::Value &root)
61 {
62 mode = ColorModeNone;
63 try {
64 int tmp = root.get("m", 0).asInt();
65 if (tmp == ColorModeNone || tmp > ColorModeLast) return;
66 mode = ColorMode(tmp);
67 t = (uint8_t)root.get("t", 0).asInt();
68 r = (uint8_t)root.get("r", 0).asInt();
69 g = (uint8_t)root.get("g", 0).asInt();
70 b = (uint8_t)root.get("b", 0).asInt();
71 cw = (uint8_t)root.get("cw", 0).asInt();
72 ww = (uint8_t)root.get("ww", 0).asInt();
73 //level = root.get("l", 0).asInt();
74 }
75 catch (...) {
76 }
77 }
78
fromString(const std::string & s)79 void _tColor::fromString(const std::string &s)
80 {
81 Json::Value root;
82 mode = ColorModeNone;
83 try {
84 bool parsingSuccessful = ParseJSonStrict(s.c_str(), root);
85 if ( !parsingSuccessful )
86 {
87 mode = ColorModeNone;
88 return;
89 }
90 fromJSON(root);
91 }
92 catch (...) {
93 }
94 }
95
toJSONValue() const96 Json::Value _tColor::toJSONValue() const
97 {
98 Json::Value root;
99
100 // Return empty value if the color is not valid
101 if (mode == ColorModeNone || mode > ColorModeLast) return root;
102
103 root["m"] = mode;
104 //root["l"] = level;
105 root["t"] = t;
106 root["r"] = r;
107 root["g"] = g;
108 root["b"] = b;
109 root["cw"] = cw;
110 root["ww"] = ww;
111
112 return root;
113 }
114
toJSONString() const115 std::string _tColor::toJSONString() const
116 {
117 // Return the empty string if the color is not valid
118 if (mode == ColorModeNone || mode > ColorModeLast) return "";
119
120 Json::Value root = toJSONValue();
121
122 return JSonToRawString(root);
123 }
124
toString() const125 std::string _tColor::toString() const
126 {
127 char tmp[1024];
128 // Return the empty string if the color is not valid
129 if (mode == ColorModeNone || mode > ColorModeLast) return "{INVALID}";
130
131 snprintf(tmp, sizeof(tmp), "{m: %u, RGB: %02x%02x%02x, CWWW: %02x%02x, CT: %u}", (unsigned int)mode, r, g, b, cw, ww, t);
132
133 return std::string(tmp);
134 }
135