Invoke method

Performs a unary request to the selected service

Function ExecuteMethod(Val Connection, Val Service, Val Method, Val Request = Undefined, Val Timeout = 10000, Val Tls = Undefined) Export

Parameter	CLI option	Type	Required	Description
Connection	--conn	Arbitrary	✔	Existing connection or connection parameters
Service	--service	String	✔	Service name
Method	--method	String	✔	Method name
Request	--data	Structure Of KeyAndValue	✖	Request data
Timeout	--tout	Number	✖	Timeout (in ms)
Tls	--tls	Structure Of KeyAndValue	✖	TLS settings, if necessary. See GetTlsSettings

Returns: Map Of KeyAndValue - Processing result

1C:Enterprise/OneScript code example

    Address = "https://grpcb.in:9001";

    Proto1 = "https://hut.openintegrations.dev/test_data/grpcbin_with_import.proto"; // String, path to file or URL
    Proto2 = "https://hut.openintegrations.dev/test_data/mt.proto"; // String, path to file or URL

    Scheme = New Map;
    Scheme.Insert("main.proto"    , Proto1); // Primary
    Scheme.Insert("my_types.proto", Proto2); // For import in primary

    Meta       = New Structure("somekey", "somevalue");
    Parameters = OPI_GRPC.GetConnectionParameters(Address, Scheme, Meta);
    Tls        = OPI_GRPC.GetTlsSettings(True);

    Service = "grpcbin.GRPCBin";
    Method  = "DummyUnary";

    StingsArray = New Array;
    StingsArray.Add("one");
    StingsArray.Add("two");
    StingsArray.Add("three");

    NumberArray = New Array;
    NumberArray.Add(1);
    NumberArray.Add(10);
    NumberArray.Add(100);

    StructuresArray = New Array;
    StructuresArray.Add(New Structure("f_string", "Nested value 1"));
    StructuresArray.Add(New Structure("f_string", "Nested value 2"));

    BoolArray = New Array;
    BoolArray.Add(True);
    BoolArray.Add(False);

    File = "https://hut.openintegrations.dev/test_data/document.docx";
    OPI_TypeConversion.GetBinaryData(File);

    TFN = GetTempFileName();
    File.Write(TFN);

    BinaryDataArray = New Array;
    BinaryDataArray.Add(File); // How Data
    BinaryDataArray.Add(TFN); // How path to file

    Data = New Map;
    Data.Insert("f_string" , "Test message");
    Data.Insert("f_int32"  , 123);
    Data.Insert("f_int64"  , 123);
    Data.Insert("f_float"  , 123.22000122070312);
    Data.Insert("f_bool"   , True);
    Data.Insert("f_enum"   , "ENUM_1");
    Data.Insert("f_bytes"  , File);
    Data.Insert("f_sub"    , New Structure("f_string" , "Nested value"));
    Data.Insert("f_strings", StingsArray);
    Data.Insert("f_int32s" , NumberArray);
    Data.Insert("f_int64s" , NumberArray);
    Data.Insert("f_floats" , NumberArray);
    Data.Insert("f_bytess" , BinaryDataArray);
    Data.Insert("f_subs"   , StructuresArray);
    Data.Insert("f_bools"  , BoolArray);
    Data.Insert("f_enums"  , StrSplit("ENUM_1,ENUM_2" , ","));

    Result = OPI_GRPC.ExecuteMethod(Parameters, Service, Method, Data, , Tls);

Bash

    # JSON data can also be passed as a path to a .json file
    
    oint grpc ExecuteMethod \
     --conn "{'address':'https://grpcb.in:9001','metadata':{'somekey':'***'},'proto':{'main.proto':'https://hut.openintegrations.dev/test_data/grpcbin_with_import.proto','my_types.proto':'https://hut.openintegrations.dev/test_data/mt.proto'}}" \
     --service "grpcbin.GRPCBin" \
     --method "HeadersUnary" \
     --tls "{'use_tls':true,'accept_invalid_certs':true}"

CMD/Bat

    :: JSON data can also be passed as a path to a .json file
    
    oint grpc ExecuteMethod ^
     --conn "{'address':'https://grpcb.in:9001','metadata':{'somekey':'***'},'proto':{'main.proto':'https://hut.openintegrations.dev/test_data/grpcbin_with_import.proto','my_types.proto':'https://hut.openintegrations.dev/test_data/mt.proto'}}" ^
     --service "grpcbin.GRPCBin" ^
     --method "HeadersUnary" ^
     --tls "{'use_tls':true,'accept_invalid_certs':true}"

Result

{
 "data": {
  "f_bool": true,
  "f_bools": [
   true,
   false
  ],
  "f_bytes": {
   "BYTES": "UEsDBBQABgAIAAAAIQAykW9XZgEAAKUFAAATAAgCW0..."
  },
  "f_bytess": [
   {
    "BYTES": "UEsDBBQABgAIAAAAIQAykW9XZgEAAKUFAAATAAgCW0..."
   },
   {
    "BYTES": "UEsDBBQABgAIAAAAIQAykW9XZgEAAKUFAAATAAgCW0..."
   }
  ],
  "f_enum": "ENUM_1",
  "f_enums": [
   "ENUM_1",
   "ENUM_2"
  ],
  "f_float": 123.220001220703,
  "f_floats": [
   1,
   10,
   100
  ],
  "f_int32": 123,
  "f_int32s": [
   1,
   10,
   100
  ],
  "f_int64": 123,
  "f_int64s": [
   1,
   10,
   100
  ],
  "f_string": "Test message",
  "f_strings": [
   "one",
   "two",
   "three"
  ],
  "f_sub": {
   "f_string": "Nested value"
  },
  "f_subs": [
   {
    "f_string": "Nested value 1"
   },
   {
    "f_string": "Nested value 2"
   }
  ]
 },
 "result": true
}