wirenboard / wb-mqtt-serial / 2

Committed 29 Dec 2025 12:28PM UTC coverage: 76.817% (+4.0%) from 72.836%

Build # 2

Build Type

Pull #1045

github

Specific Base 54aa0c

Committed by

pgasheev

Commit Message

up changelog

Pull Request Pull Request #1045: Fix firmware version in WB-M1W2 template

Run Details

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99.24

/src/config_schema_generator.cpp

#include "config_schema_generator.h"

#include "config_merge_template.h"
#include "expression_evaluator.h"
#include "json_common.h"

#include "subdevices_config/config_schema_generator.h"

using namespace WBMQTT::JSON;
using Expressions::TExpressionsCache;

namespace
{
    bool IsRequiredSetupRegister(const Json::Value& setupRegister)
    {
        return setupRegister.get("required", false).asBool();
    }

    //  {
    //      "type": "number",
    //      "minimum": MIN,
    //      "maximum": MAX,
    //      "enum": [ ... ]
    //  }
    Json::Value MakeParameterSchema(const Json::Value& setupRegister)
    {
        Json::Value r;
        r["type"] = "number";
        SetIfExists(r, "enum", setupRegister, "enum");
        SetIfExists(r, "minimum", setupRegister, "min");
        SetIfExists(r, "maximum", setupRegister, "max");
        return r;
    }

    //  {
    //      "allOf": [ {"$ref": "#/definitions/channelSettings"} ],
    //      "properties": {
    //          "name": {
    //              "type": "string",
    //              "enum": [ CHANNEL_NAME ]
    //          }
    //      },
    //      "required": ["name"]
    //  }
    Json::Value MakeTabChannelSchema(const Json::Value& channelTemplate)
    {
        Json::Value r;
        MakeArray("allOf", r).append(MakeObject("$ref", "#/definitions/channelSettings"));
        r["properties"]["name"] = MakeSingleValueProperty(channelTemplate["name"].asString());
        MakeArray("required", r).append("name");
        return r;
    }

    //  {
    //      "allOf": [
    //          {
    //              "not": {
    //                  "properties": {
    //                      "name": {
    //                          "type": "string",
    //                          "enum": [ CHANNEL_NAMES ]
    //                      }
    //                  }
    //              }
    //          },
    //          {
    //              "oneOf": [
    //                  { "$ref": CUSTOM_CHANNEL_SCHEMA },
    //                  We have old configs with channels missing in new template versions
    //                  Accept those configs and process errors by wb-mqtt-serial's code not by schema
    //                  This is not a good solution. Should be deleted after template versions implementation
    //                  {
    //                      "properties": {
    //                          "name": { "type": "string" },
    //                          "address": { "not": {} },
    //                          "consists_of": { "not": {} }
    //                      }
    //                  }
    //              ]
    //          }
    //      ]
    //  }
    Json::Value MakeCustomChannelsSchema(const std::vector<std::string>& names,
                                         const std::string& customChannelsSchemaRef)
    {
        Json::Value n;
        n["not"]["properties"]["name"]["type"] = "string";
        auto& en = MakeArray("enum", n["not"]["properties"]["name"]);
        for (const auto& name: names) {
            en.append(name);
        }

        Json::Value channelTypes;
        auto& oneOf = MakeArray("oneOf", channelTypes);
        oneOf.append(MakeObject("$ref", customChannelsSchemaRef));
        Json::Value oldChannels;
        oldChannels["properties"]["name"]["type"] = "string";
        oldChannels["properties"]["address"]["not"] = Json::Value(Json::objectValue);
        oldChannels["properties"]["consists_of"]["not"] = Json::Value(Json::objectValue);
        oneOf.append(std::move(oldChannels));

        Json::Value r;
        auto& allOf = MakeArray("allOf", r);
        allOf.append(std::move(n));
        allOf.append(std::move(channelTypes));
        return r;
    }

    //  {
    //      "type": "array",
    //      "items": {
    //          "oneOf": [
    //              CHANNELS_SCHEMAS,
    //              CUSTOM_CHANNELS_SCHEMA
    //          ]
    //      }
    //  }
    Json::Value MakeDeviceChannelsSchema(const Json::Value& channels, const std::string& customChannelsSchemaRef)
    {
        Json::Value r;
        std::vector<std::string> names;

        r["type"] = "array";
        auto& items = MakeArray("oneOf", r["items"]);
        for (const auto& channel: channels) {
            auto channelSchema = MakeTabChannelSchema(channel);
            items.append(channelSchema);
            names.push_back(channel["name"].asString());
        }
        if (!names.empty() && !customChannelsSchemaRef.empty()) {
            items.append(MakeCustomChannelsSchema(names, customChannelsSchemaRef));
        }
        return r;
    }

    void MakeDeviceParametersSchema(const Json::Value& config,
                                    Json::Value& properties,
                                    Json::Value& requiredArray,
                                    const Json::Value& deviceTemplate,
                                    TExpressionsCache& exprCache)
    {
        TJsonParams exprParams(config);
        if (deviceTemplate.isMember("parameters")) {
            const auto& params = deviceTemplate["parameters"];
            for (Json::ValueConstIterator it = params.begin(); it != params.end(); ++it) {
                auto name = params.isArray() ? (*it)["id"].asString() : it.name();
                if (CheckCondition(*it, exprParams, &exprCache)) {
                    if (properties.isMember(name)) {
                        throw std::runtime_error("Validation failed.\nError 1\n  context: <root>\n  desc: "
                                                 "duplicate definition of parameter \"" +
                                                 name + "\" in device template");
                    }
                    properties[name] = MakeParameterSchema(*it);
                    if (IsRequiredSetupRegister(*it)) {
                        requiredArray.append(name);
                    }
                }
            }
        }
    }

    //  {
    //      "type": "object",
    //      "allOf": [
    //          { "$ref": COMMON_DEVICE_SCHEMA }
    //      ],
    //      "properties": {
    //          "device_type": {
    //              "type": "string",
    //              "enum": [ DEVICE_TYPE ]
    //          },
    //          "parameter1": PARAMETER_SCHEMA,
    //          ...
    //          "channels": CHANNELS_SCHEMA
    //      },
    //      "required": ["device_type", "slave_id", "parameter1", ...]
    //  }
    Json::Value MakeSchemaForDeviceConfigValidation(const Json::Value& commonDeviceSchema,
                                                    const Json::Value& deviceConfig,
                                                    TDeviceTemplate& deviceTemplate,
                                                    TSerialDeviceFactory& deviceFactory,
                                                    TExpressionsCache& exprCache)
    {
        auto schema(commonDeviceSchema);
        auto protocolName = GetProtocolName(deviceTemplate.GetTemplate());

        auto& req = MakeArray("required", schema);
        req.append("device_type");
        if (!deviceFactory.GetProtocol(protocolName)->SupportsBroadcast()) {
            req.append("slave_id");
        }

        schema["properties"] = Json::Value(Json::objectValue);
        schema["properties"]["device_type"] = MakeSingleValueProperty(deviceTemplate.Type);

        if (deviceTemplate.GetTemplate().isMember("parameters")) {
            MakeDeviceParametersSchema(deviceConfig,
                                       schema["properties"],
                                       req,
                                       deviceTemplate.GetTemplate(),
                                       exprCache);
        }

        if (deviceTemplate.GetTemplate().isMember("channels")) {
            auto customChannelsSchemaRef = deviceFactory.GetCustomChannelSchemaRef(protocolName);
            schema["properties"]["channels"] =
                MakeDeviceChannelsSchema(deviceTemplate.GetTemplate()["channels"], customChannelsSchemaRef);
        }

        auto deviceSchemaRef = deviceFactory.GetCommonDeviceSchemaRef(protocolName);
        const auto NO_CHANNELS_SUFFIX = "_no_channels";
        if (!WBMQTT::StringHasSuffix(deviceSchemaRef, NO_CHANNELS_SUFFIX)) {
            deviceSchemaRef += NO_CHANNELS_SUFFIX;
        }
        MakeArray("allOf", schema).append(MakeObject("$ref", deviceSchemaRef));
        return schema;
    }

    std::string ReplaceSubstrings(std::string str, const std::string& pattern, const std::string& repl)
    {
        size_t index = 0;
        while (pattern.length()) {
            index = str.find(pattern, index);
            if (index == std::string::npos)
                break;
            str.replace(index, pattern.length(), repl);
            index += repl.length();
        }
        return str;
    }

    class TDeviceTypeValidator
    {
        const Json::Value& CommonDeviceSchema;
        TTemplateMap& Templates;
        TSerialDeviceFactory& DeviceFactory;
        TExpressionsCache ExprCache;

    public:
        TDeviceTypeValidator(const Json::Value& commonDeviceSchema,
                             TTemplateMap& templates,
                             TSerialDeviceFactory& deviceFactory)
            : CommonDeviceSchema(commonDeviceSchema),
              Templates(templates),
              DeviceFactory(deviceFactory)
        {}

        void Validate(const Json::Value& deviceConfig)
        {
            auto deviceTemplate = Templates.GetTemplate(deviceConfig["device_type"].asString());
            auto schema = deviceTemplate->WithSubdevices()
                              ? Subdevices::MakeSchemaForDeviceConfigValidation(CommonDeviceSchema,
                                                                                *deviceTemplate,
                                                                                DeviceFactory)
                              : MakeSchemaForDeviceConfigValidation(CommonDeviceSchema,
                                                                    deviceConfig,
                                                                    *deviceTemplate,
                                                                    DeviceFactory,
                                                                    ExprCache);

            ::Validate(deviceConfig, schema);
        }
    };

    class TProtocolValidator
    {
        // Use the same schema for validation and confed
        TProtocolConfedSchemasMap& Schemas;

        //! Device type to validator for custom devices declared with protocol property
        std::unordered_map<std::string, std::shared_ptr<TValidator>> validators;

    public:
        TProtocolValidator(TProtocolConfedSchemasMap& protocolSchemas): Schemas(protocolSchemas)
        {}

        void Validate(const Json::Value& deviceConfig)
        {
            auto protocol = deviceConfig.get("protocol", "modbus").asString();
            auto protocolIt = validators.find(protocol);
            if (protocolIt != validators.end()) {
                protocolIt->second->Validate(deviceConfig);
                return;
            }
            auto validator = std::make_shared<TValidator>(Schemas.GetSchema(protocol));
            validators.insert({protocol, validator});
            validator->Validate(deviceConfig);
        }
    };

}

void ValidateConfig(const Json::Value& config,
                    TSerialDeviceFactory& deviceFactory,
                    const Json::Value& commonDeviceSchema,
                    const Json::Value& portsSchema,
                    TTemplateMap& templates,
                    TProtocolConfedSchemasMap& protocolSchemas)
{
    Validate(config, portsSchema);

    TProtocolValidator protocolValidator(protocolSchemas);
    TDeviceTypeValidator deviceTypeValidator(commonDeviceSchema, templates, deviceFactory);
    size_t portIndex = 0;
    for (const auto& port: config["ports"]) {
        size_t deviceIndex = 0;
        for (const auto& device: port["devices"]) {
            try {
                if (device.isMember("device_type")) {
                    deviceTypeValidator.Validate(device);
                } else {
                    protocolValidator.Validate(device);
                }
            } catch (const std::runtime_error& e) {
                std::stringstream newContext;
                newContext << "<root>[ports][" << portIndex << "][devices][" << deviceIndex << "]";
                throw std::runtime_error(ReplaceSubstrings(e.what(), "<root>", newContext.str()));
            }
            ++deviceIndex;
        }
        ++portIndex;
    }
}

1	#include "config_schema_generator.h"
2
3	#include "config_merge_template.h"
4	#include "expression_evaluator.h"
5	#include "json_common.h"
6
7	#include "subdevices_config/config_schema_generator.h"
8
9	using namespace WBMQTT::JSON;
10	using Expressions::TExpressionsCache;
11
12	namespace
13	{
14	bool IsRequiredSetupRegister(const Json::Value& setupRegister)	28✔
15	{
16	return setupRegister.get("required", false).asBool();	28✔
17	}
18
19	// {
20	// "type": "number",
21	// "minimum": MIN,
22	// "maximum": MAX,
23	// "enum": [ ... ]
24	// }
25	Json::Value MakeParameterSchema(const Json::Value& setupRegister)	28✔
26	{
27	Json::Value r;	28✔
28	r["type"] = "number";	28✔
29	SetIfExists(r, "enum", setupRegister, "enum");	28✔
30	SetIfExists(r, "minimum", setupRegister, "min");	28✔
31	SetIfExists(r, "maximum", setupRegister, "max");	28✔
32	return r;	28✔
33	}
34
35	// {
36	// "allOf": [ {"$ref": "#/definitions/channelSettings"} ],
37	// "properties": {
38	// "name": {
39	// "type": "string",
40	// "enum": [ CHANNEL_NAME ]
41	// }
42	// },
43	// "required": ["name"]
44	// }
45	Json::Value MakeTabChannelSchema(const Json::Value& channelTemplate)	248✔
46	{
47	Json::Value r;	248✔
48	MakeArray("allOf", r).append(MakeObject("$ref", "#/definitions/channelSettings"));	248✔
49	r["properties"]["name"] = MakeSingleValueProperty(channelTemplate["name"].asString());	248✔
50	MakeArray("required", r).append("name");	248✔
51	return r;	248✔
52	}
53
54	// {
55	// "allOf": [
56	// {
57	// "not": {
58	// "properties": {
59	// "name": {
60	// "type": "string",
61	// "enum": [ CHANNEL_NAMES ]
62	// }
63	// }
64	// }
65	// },
66	// {
67	// "oneOf": [
68	// { "$ref": CUSTOM_CHANNEL_SCHEMA },
69	// We have old configs with channels missing in new template versions
70	// Accept those configs and process errors by wb-mqtt-serial's code not by schema
71	// This is not a good solution. Should be deleted after template versions implementation
72	// {
73	// "properties": {
74	// "name": { "type": "string" },
75	// "address": { "not": {} },
76	// "consists_of": { "not": {} }
77	// }
78	// }
79	// ]
80	// }
81	// ]
82	// }
83	Json::Value MakeCustomChannelsSchema(const std::vector<std::string>& names,	58✔
84	const std::string& customChannelsSchemaRef)
85	{
86	Json::Value n;	116✔
87	n["not"]["properties"]["name"]["type"] = "string";	58✔
88	auto& en = MakeArray("enum", n["not"]["properties"]["name"]);	58✔
89	for (const auto& name: names) {	306✔
90	en.append(name);	248✔
91	}
92
93	Json::Value channelTypes;	116✔
94	auto& oneOf = MakeArray("oneOf", channelTypes);	58✔
95	oneOf.append(MakeObject("$ref", customChannelsSchemaRef));	58✔
96	Json::Value oldChannels;	116✔
97	oldChannels["properties"]["name"]["type"] = "string";	58✔
98	oldChannels["properties"]["address"]["not"] = Json::Value(Json::objectValue);	58✔
99	oldChannels["properties"]["consists_of"]["not"] = Json::Value(Json::objectValue);	58✔
100	oneOf.append(std::move(oldChannels));	58✔
101
102	Json::Value r;	58✔
103	auto& allOf = MakeArray("allOf", r);	58✔
104	allOf.append(std::move(n));	58✔
105	allOf.append(std::move(channelTypes));	58✔
106	return r;	116✔
107	}
108
109	// {
110	// "type": "array",
111	// "items": {
112	// "oneOf": [
113	// CHANNELS_SCHEMAS,
114	// CUSTOM_CHANNELS_SCHEMA
115	// ]
116	// }
117	// }
118	Json::Value MakeDeviceChannelsSchema(const Json::Value& channels, const std::string& customChannelsSchemaRef)	58✔
119	{
120	Json::Value r;	58✔
121	std::vector<std::string> names;	116✔
122
123	r["type"] = "array";	58✔
124	auto& items = MakeArray("oneOf", r["items"]);	58✔
125	for (const auto& channel: channels) {	306✔
126	auto channelSchema = MakeTabChannelSchema(channel);	248✔
127	items.append(channelSchema);	248✔
128	names.push_back(channel["name"].asString());	248✔
129	}
130	if (!names.empty() && !customChannelsSchemaRef.empty()) {	58✔
131	items.append(MakeCustomChannelsSchema(names, customChannelsSchemaRef));	58✔
132	}
133	return r;	116✔
134	}
135
136	void MakeDeviceParametersSchema(const Json::Value& config,	60✔
137	Json::Value& properties,
138	Json::Value& requiredArray,
139	const Json::Value& deviceTemplate,
140	TExpressionsCache& exprCache)
141	{
142	TJsonParams exprParams(config);	120✔
143	if (deviceTemplate.isMember("parameters")) {	60✔
144	const auto& params = deviceTemplate["parameters"];	60✔
145	for (Json::ValueConstIterator it = params.begin(); it != params.end(); ++it) {	100✔
146	auto name = params.isArray() ? (*it)["id"].asString() : it.name();	84✔
147	if (CheckCondition(*it, exprParams, &exprCache)) {	42✔
148	if (properties.isMember(name)) {	30✔
149	throw std::runtime_error("Validation failed.\nError 1\n context: <root>\n desc: "	2✔
150	"duplicate definition of parameter \"" +	×
151	name + "\" in device template");	4✔
152	}
153	properties[name] = MakeParameterSchema(*it);	28✔
154	if (IsRequiredSetupRegister(*it)) {	28✔
155	requiredArray.append(name);	8✔
156	}
157	}
158	}
159	}
160	}	58✔
161
162	// {
163	// "type": "object",
164	// "allOf": [
165	// { "$ref": COMMON_DEVICE_SCHEMA }
166	// ],
167	// "properties": {
168	// "device_type": {
169	// "type": "string",
170	// "enum": [ DEVICE_TYPE ]
171	// },
172	// "parameter1": PARAMETER_SCHEMA,
173	// ...
174	// "channels": CHANNELS_SCHEMA
175	// },
176	// "required": ["device_type", "slave_id", "parameter1", ...]
177	// }
178	Json::Value MakeSchemaForDeviceConfigValidation(const Json::Value& commonDeviceSchema,	60✔
179	const Json::Value& deviceConfig,
180	TDeviceTemplate& deviceTemplate,
181	TSerialDeviceFactory& deviceFactory,
182	TExpressionsCache& exprCache)
183	{
184	auto schema(commonDeviceSchema);	60✔
185	auto protocolName = GetProtocolName(deviceTemplate.GetTemplate());	120✔
186
187	auto& req = MakeArray("required", schema);	60✔
188	req.append("device_type");	60✔
189	if (!deviceFactory.GetProtocol(protocolName)->SupportsBroadcast()) {	60✔
190	req.append("slave_id");	58✔
191	}
192
193	schema["properties"] = Json::Value(Json::objectValue);	60✔
194	schema["properties"]["device_type"] = MakeSingleValueProperty(deviceTemplate.Type);	60✔
195
196	if (deviceTemplate.GetTemplate().isMember("parameters")) {	60✔
197	MakeDeviceParametersSchema(deviceConfig,	60✔
198	schema["properties"],
199	req,
200	deviceTemplate.GetTemplate(),
201	exprCache);
202	}
203
204	if (deviceTemplate.GetTemplate().isMember("channels")) {	58✔
205	auto customChannelsSchemaRef = deviceFactory.GetCustomChannelSchemaRef(protocolName);	58✔
206	schema["properties"]["channels"] =	58✔
207	MakeDeviceChannelsSchema(deviceTemplate.GetTemplate()["channels"], customChannelsSchemaRef);	116✔
208	}
209
210	auto deviceSchemaRef = deviceFactory.GetCommonDeviceSchemaRef(protocolName);	116✔
211	const auto NO_CHANNELS_SUFFIX = "_no_channels";	58✔
212	if (!WBMQTT::StringHasSuffix(deviceSchemaRef, NO_CHANNELS_SUFFIX)) {	58✔
213	deviceSchemaRef += NO_CHANNELS_SUFFIX;	58✔
214	}
215	MakeArray("allOf", schema).append(MakeObject("$ref", deviceSchemaRef));	58✔
216	return schema;	116✔
217	}
218
219	std::string ReplaceSubstrings(std::string str, const std::string& pattern, const std::string& repl)	16✔
220	{
221	size_t index = 0;	16✔
222	while (pattern.length()) {	124✔
223	index = str.find(pattern, index);	124✔
224	if (index == std::string::npos)	124✔
225	break;	16✔
226	str.replace(index, pattern.length(), repl);	108✔
227	index += repl.length();	108✔
228	}
229	return str;	16✔
230	}
231
232	class TDeviceTypeValidator
233	{
234	const Json::Value& CommonDeviceSchema;
235	TTemplateMap& Templates;
236	TSerialDeviceFactory& DeviceFactory;
237	TExpressionsCache ExprCache;
238
239	public:
240	TDeviceTypeValidator(const Json::Value& commonDeviceSchema,	180✔
241	TTemplateMap& templates,
242	TSerialDeviceFactory& deviceFactory)
243	: CommonDeviceSchema(commonDeviceSchema),	180✔
244	Templates(templates),
245	DeviceFactory(deviceFactory)	180✔
246	{}	180✔
247
248	void Validate(const Json::Value& deviceConfig)	76✔
249	{
250	auto deviceTemplate = Templates.GetTemplate(deviceConfig["device_type"].asString());	152✔
251	auto schema = deviceTemplate->WithSubdevices()	76✔
252	? Subdevices::MakeSchemaForDeviceConfigValidation(CommonDeviceSchema,
253	*deviceTemplate,	16✔
254	DeviceFactory)
255	: MakeSchemaForDeviceConfigValidation(CommonDeviceSchema,
256	deviceConfig,
257	*deviceTemplate,	60✔
258	DeviceFactory,
259	ExprCache);	150✔
260
261	::Validate(deviceConfig, schema);	74✔
262	}	62✔
263	};
264
265	class TProtocolValidator
266	{
267	// Use the same schema for validation and confed
268	TProtocolConfedSchemasMap& Schemas;
269
270	//! Device type to validator for custom devices declared with protocol property
271	std::unordered_map<std::string, std::shared_ptr<TValidator>> validators;
272
273	public:
274	TProtocolValidator(TProtocolConfedSchemasMap& protocolSchemas): Schemas(protocolSchemas)	180✔
275	{}	180✔
276
277	void Validate(const Json::Value& deviceConfig)	314✔
278	{
279	auto protocol = deviceConfig.get("protocol", "modbus").asString();	630✔
280	auto protocolIt = validators.find(protocol);	314✔
281	if (protocolIt != validators.end()) {	314✔
282	protocolIt->second->Validate(deviceConfig);	176✔
283	return;	176✔
284	}
285	auto validator = std::make_shared<TValidator>(Schemas.GetSchema(protocol));	276✔
286	validators.insert({protocol, validator});	138✔
287	validator->Validate(deviceConfig);	138✔
288	}
289	};
290
291	}
292
293	void ValidateConfig(const Json::Value& config,	180✔
294	TSerialDeviceFactory& deviceFactory,
295	const Json::Value& commonDeviceSchema,
296	const Json::Value& portsSchema,
297	TTemplateMap& templates,
298	TProtocolConfedSchemasMap& protocolSchemas)
299	{
300	Validate(config, portsSchema);	180✔
301
302	TProtocolValidator protocolValidator(protocolSchemas);	360✔
303	TDeviceTypeValidator deviceTypeValidator(commonDeviceSchema, templates, deviceFactory);	360✔
304	size_t portIndex = 0;	180✔
305	for (const auto& port: config["ports"]) {	372✔
306	size_t deviceIndex = 0;	208✔
307	for (const auto& device: port["devices"]) {	582✔
308	try {
309	if (device.isMember("device_type")) {	390✔
310	deviceTypeValidator.Validate(device);	76✔
311	} else {
312	protocolValidator.Validate(device);	314✔
313	}
314	} catch (const std::runtime_error& e) {	32✔
315	std::stringstream newContext;	32✔
316	newContext << "<root>[ports][" << portIndex << "][devices][" << deviceIndex << "]";	16✔
317	throw std::runtime_error(ReplaceSubstrings(e.what(), "<root>", newContext.str()));	16✔
318	}
319	++deviceIndex;	374✔
320	}
321	++portIndex;	192✔
322	}
323	}	164✔

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