protected override void GenerateSetMethodCodeCore(CodeContainerBase container, string localValueVarName, ref bool localValueVarUsed, string lenVarName, ref bool lenVarUsed, string retErrVarName)
{
VariableDeclaration objIdLenVar = new VariableDeclaration(
new VariableType(localValueVarName + "_len", LwipDefs.Vt_U8),
String.Format("{0} / sizeof({1})", lenVarName, LwipDefs.Vt_U32));
lenVarUsed = true;
container.Declarations.Add(objIdLenVar);
base.GenerateSetMethodCodeCore(container, localValueVarName, ref localValueVarUsed, lenVarName, ref lenVarUsed, retErrVarName);
container.AddCode(String.Format("LWIP_UNUSED_ARG({0});", objIdLenVar.Type.Name));
}
public override void GenerateCode(MibCFile mibFile)
{
VariableType instanceType = new VariableType("node", LwipDefs.Vt_StScalarArrayNodeDef, "*", ConstType.Value);
GenerateAggregatedCode(
mibFile,
instanceType,
instanceType.Name + "->oid");
// create and add node definitions
StringBuilder nodeDefs = new StringBuilder();
foreach (SnmpScalarNode scalarNode in this.scalarNodes)
{
nodeDefs.AppendFormat(" {{{0}, {1}, {2}}}, /* {3} */ \n",
scalarNode.Oid,
LwipDefs.GetAsn1DefForSnmpDataType(scalarNode.DataType),
LwipDefs.GetLwipDefForSnmpAccessMode(scalarNode.AccessMode),
scalarNode.Name);
}
if (nodeDefs.Length > 0)
nodeDefs.Length--;
VariableDeclaration nodeDefsDecl = new VariableDeclaration(
new VariableType(this.FullNodeName + "_nodes", LwipDefs.Vt_StScalarArrayNodeDef, null, ConstType.Value, String.Empty),
"{\n" + nodeDefs + "\n}" ,
isStatic: true);
mibFile.Declarations.Add(nodeDefsDecl);
// create and add node declaration
string nodeInitialization = String.Format("SNMP_SCALAR_CREATE_ARRAY_NODE({0}, {1}, {2}, {3}, {4})",
this.Oid,
nodeDefsDecl.Type.Name,
(this.GetMethodRequired) ? this.GetMethodName : LwipDefs.Null,
(this.TestMethodRequired) ? this.TestMethodName : LwipDefs.Null,
(this.SetMethodRequired) ? this.SetMethodName : LwipDefs.Null
);
mibFile.Declarations.Add(new VariableDeclaration(
new VariableType(this.FullNodeName, LwipDefs.Vt_StScalarArrayNode, null, ConstType.Value),
nodeInitialization,
isStatic: true));
}
public override void GenerateCode(MibCFile mibFile)
{
base.GenerateCode(mibFile);
System.Diagnostics.Debug.Assert((this.BaseOid != null) && (this.BaseOid.Length > 0));
// create and add BaseOID declarations
StringBuilder boidInitialization = new StringBuilder("{");
foreach (uint t in this.BaseOid)
{
boidInitialization.Append(t);
boidInitialization.Append(",");
}
boidInitialization.Length -= 1;
boidInitialization.Append("}");
VariableDeclaration boidDecl = new VariableDeclaration(
new VariableType(this.Name + "_base_oid", LwipDefs.Vt_U32, null, ConstType.Value, String.Empty),
boidInitialization.ToString(), true);
mibFile.Declarations.Add(boidDecl);
mibFile.Declarations.Add(GetExportDeclaration());
}
public override void GenerateCode(MibCFile mibFile)
{
string getMethodName;
string testMethodName;
string setMethodName;
if (this.useExternalMethods)
{
getMethodName = this.externalGetMethod;
testMethodName = this.externalTestMethod;
setMethodName = this.externalSetMethod;
}
else
{
getMethodName = LwipDefs.Null;
testMethodName = LwipDefs.Null;
setMethodName = LwipDefs.Null;
if ((this.accessMode == SnmpAccessMode.ReadWrite) || (this.accessMode == SnmpAccessMode.ReadOnly))
{
FunctionDeclaration getMethodDecl = new FunctionDeclaration(this.Name + LwipDefs.FnctSuffix_GetValue, isStatic: true);
getMethodDecl.Parameter.Add(new VariableType("instance", LwipDefs.Vt_StNodeInstance, "*"));
getMethodDecl.Parameter.Add(new VariableType("value", VariableType.VoidString, "*"));
getMethodDecl.ReturnType = new VariableType(null, LwipDefs.Vt_S16);
mibFile.Declarations.Add(getMethodDecl);
Function getMethod = Function.FromDeclaration(getMethodDecl);
getMethodName = getMethod.Name;
VariableDeclaration returnValue = new VariableDeclaration((VariableType)getMethod.ReturnType.Clone());
returnValue.Type.Name = "value_len";
getMethod.Declarations.Add(returnValue);
getMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", getMethod.Parameter[0].Name);
bool valueVarUsed = false;
GenerateGetMethodCode(getMethod, getMethod.Parameter[1].Name, ref valueVarUsed, returnValue.Type.Name);
if (!valueVarUsed)
{
getMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", getMethod.Parameter[1].Name);
}
getMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
mibFile.Implementation.Add(getMethod);
}
if ((this.accessMode == SnmpAccessMode.ReadWrite) || (this.accessMode == SnmpAccessMode.WriteOnly))
{
bool valueVarUsed;
bool lenVarUsed;
VariableDeclaration returnValue;
if (this.restrictions.Count > 0)
{
FunctionDeclaration testMethodDecl = new FunctionDeclaration(this.Name + LwipDefs.FnctSuffix_SetTest, isStatic: true);
testMethodDecl.Parameter.Add(new VariableType("instance", LwipDefs.Vt_StNodeInstance, "*"));
testMethodDecl.Parameter.Add(new VariableType("len", LwipDefs.Vt_U16));
testMethodDecl.Parameter.Add(new VariableType("value", VariableType.VoidString, "*"));
testMethodDecl.ReturnType = new VariableType(null, LwipDefs.Vt_Snmp_err);
mibFile.Declarations.Add(testMethodDecl);
Function testMethod = Function.FromDeclaration(testMethodDecl);
testMethodName = testMethod.Name;
returnValue = new VariableDeclaration((VariableType)testMethod.ReturnType.Clone(), LwipDefs.Def_ErrorCode_WrongValue);
returnValue.Type.Name = "err";
testMethod.Declarations.Add(returnValue);
testMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", testMethod.Parameter[0].Name);
valueVarUsed = false;
lenVarUsed = false;
GenerateTestMethodCode(testMethod, testMethod.Parameter[2].Name, ref valueVarUsed, testMethod.Parameter[1].Name, ref lenVarUsed, returnValue.Type.Name);
if (!valueVarUsed)
{
testMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", testMethod.Parameter[2].Name);
}
if (!lenVarUsed)
{
testMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", testMethod.Parameter[1].Name);
}
testMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
mibFile.Implementation.Add(testMethod);
}
else
{
testMethodName = LwipDefs.FnctName_SetTest_Ok;
}
FunctionDeclaration setMethodDecl = null;
setMethodDecl = new FunctionDeclaration(this.Name + LwipDefs.FnctSuffix_SetValue, isStatic: true);
setMethodDecl.Parameter.Add(new VariableType("instance", LwipDefs.Vt_StNodeInstance, "*"));
setMethodDecl.Parameter.Add(new VariableType("len", LwipDefs.Vt_U16));
setMethodDecl.Parameter.Add(new VariableType("value", VariableType.VoidString, "*"));
setMethodDecl.ReturnType = new VariableType(null, LwipDefs.Vt_Snmp_err);
mibFile.Declarations.Add(setMethodDecl);
Function setMethod = Function.FromDeclaration(setMethodDecl);
setMethodName = setMethod.Name;
returnValue = new VariableDeclaration((VariableType)setMethod.ReturnType.Clone(), LwipDefs.Def_ErrorCode_Ok);
returnValue.Type.Name = "err";
setMethod.Declarations.Add(returnValue);
setMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", setMethod.Parameter[0].Name);
valueVarUsed = false;
lenVarUsed = false;
GenerateSetMethodCode(setMethod, setMethod.Parameter[2].Name, ref valueVarUsed, setMethod.Parameter[1].Name, ref lenVarUsed, returnValue.Type.Name);
if (!valueVarUsed)
{
setMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", setMethod.Parameter[2].Name);
}
if (!lenVarUsed)
{
setMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", setMethod.Parameter[1].Name);
}
setMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
mibFile.Implementation.Add(setMethod);
}
}
// create and add node declaration
string nodeInitialization;
if (this.accessMode == SnmpAccessMode.ReadOnly)
{
nodeInitialization = String.Format("SNMP_SCALAR_CREATE_NODE_READONLY({0}, {1}, {2})",
this.Oid,
LwipDefs.GetAsn1DefForSnmpDataType(this.dataType),
getMethodName);
}
else
{
nodeInitialization = String.Format("SNMP_SCALAR_CREATE_NODE({0}, {1}, {2}, {3}, {4}, {5})",
this.Oid,
LwipDefs.GetLwipDefForSnmpAccessMode(this.accessMode),
LwipDefs.GetAsn1DefForSnmpDataType(this.dataType),
getMethodName,
testMethodName,
setMethodName);
}
mibFile.Declarations.Add(new VariableDeclaration(
new VariableType(this.FullNodeName, LwipDefs.Vt_StScalarNode, null, ConstType.Value),
nodeInitialization, isStatic: true));
}
protected virtual void GenerateSetMethodCode(Function setMethod, string switchSelector)
{
VariableDeclaration returnValue = new VariableDeclaration((VariableType)setMethod.ReturnType.Clone(), LwipDefs.Def_ErrorCode_Ok);
returnValue.Type.Name = "err";
setMethod.Declarations.Add(returnValue);
Switch sw = new Switch(switchSelector);
bool valueVarUsed = false;
bool lenVarUsed = false;
foreach (SnmpScalarNode scalarNode in this.AggregatedScalarNodes)
{
if ((scalarNode.AccessMode == SnmpAccessMode.WriteOnly) || (scalarNode.AccessMode == SnmpAccessMode.ReadWrite))
{
SwitchCase sc = new SwitchCase(scalarNode.Oid.ToString(CultureInfo.InvariantCulture));
sc.Declarations.Add(new Comment(scalarNode.Name, singleLine: true));
scalarNode.GenerateSetMethodCode(sc, setMethod.Parameter[2].Name, ref valueVarUsed, setMethod.Parameter[1].Name, ref lenVarUsed, returnValue.Type.Name);
sw.Switches.Add(sc);
}
}
SwitchCase scd = SwitchCase.GenerateDefault();
scd.AddCodeFormat("LWIP_DEBUGF(SNMP_MIB_DEBUG,(\"{0}(): unknown id: %\"S32_F\"\\n\", {1}));", setMethod.Name, switchSelector);
sw.Switches.Add(scd);
if (!valueVarUsed)
{
setMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", setMethod.Parameter[2].Name);
}
if (!lenVarUsed)
{
setMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", setMethod.Parameter[1].Name);
}
setMethod.AddElement(sw);
setMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
}
public override void GenerateCode(MibCFile mibFile)
{
FunctionDeclaration getInstanceMethodDecl = new FunctionDeclaration(this.FullNodeName + LwipDefs.FnctSuffix_GetInstance, isStatic: true);
getInstanceMethodDecl.Parameter.Add(new VariableType("column", LwipDefs.Vt_U32, "*", ConstType.Value));
getInstanceMethodDecl.Parameter.Add(new VariableType("row_oid", LwipDefs.Vt_U32, "*", ConstType.Value));
getInstanceMethodDecl.Parameter.Add(new VariableType("row_oid_len", LwipDefs.Vt_U8, ""));
getInstanceMethodDecl.Parameter.Add(new VariableType("cell_instance", LwipDefs.Vt_StNodeInstance, "*"));
getInstanceMethodDecl.ReturnType = new VariableType(null, LwipDefs.Vt_Snmp_err);
mibFile.Declarations.Add(getInstanceMethodDecl);
Function getInstanceMethod = Function.FromDeclaration(getInstanceMethodDecl);
GenerateGetInstanceMethodCode(getInstanceMethod);
mibFile.Implementation.Add(getInstanceMethod);
FunctionDeclaration getNextInstanceMethodDecl = new FunctionDeclaration(this.FullNodeName + LwipDefs.FnctSuffix_GetNextInstance, isStatic: true);
getNextInstanceMethodDecl.Parameter.Add(new VariableType("column", LwipDefs.Vt_U32, "*", ConstType.Value));
getNextInstanceMethodDecl.Parameter.Add(new VariableType("row_oid", LwipDefs.Vt_StObjectId, "*"));
getNextInstanceMethodDecl.Parameter.Add(new VariableType("cell_instance", LwipDefs.Vt_StNodeInstance, "*"));
getNextInstanceMethodDecl.ReturnType = new VariableType(null, LwipDefs.Vt_Snmp_err);
mibFile.Declarations.Add(getNextInstanceMethodDecl);
Function getNextInstanceMethod = Function.FromDeclaration(getNextInstanceMethodDecl);
GenerateGetNextInstanceMethodCode(getNextInstanceMethod);
mibFile.Implementation.Add(getNextInstanceMethod);
VariableType instanceType = new VariableType("cell_instance", LwipDefs.Vt_StNodeInstance, "*");
GenerateAggregatedCode(
mibFile,
instanceType,
String.Format("SNMP_TABLE_GET_COLUMN_FROM_OID({0}->instance_oid.id)", instanceType.Name));
#region create and add column/table definitions
StringBuilder colDefs = new StringBuilder();
foreach (SnmpScalarNode colNode in this.cellNodes)
{
colDefs.AppendFormat(" {{{0}, {1}, {2}}}, /* {3} */ \n",
colNode.Oid,
LwipDefs.GetAsn1DefForSnmpDataType(colNode.DataType),
LwipDefs.GetLwipDefForSnmpAccessMode(colNode.AccessMode),
colNode.Name);
}
if (colDefs.Length > 0)
{
colDefs.Length--;
}
VariableDeclaration colDefsDecl = new VariableDeclaration(
new VariableType(this.FullNodeName + "_columns", LwipDefs.Vt_StTableColumnDef, null, ConstType.Value, String.Empty),
"{\n" + colDefs + "\n}",
isStatic: true);
mibFile.Declarations.Add(colDefsDecl);
string nodeInitialization = String.Format("SNMP_TABLE_CREATE({0}, {1}, {2}, {3}, {4}, {5}, {6})",
this.Oid,
colDefsDecl.Type.Name,
getInstanceMethodDecl.Name, getNextInstanceMethodDecl.Name,
(this.GetMethodRequired) ? this.GetMethodName : LwipDefs.Null,
(this.TestMethodRequired) ? this.TestMethodName : LwipDefs.Null,
(this.SetMethodRequired) ? this.SetMethodName : LwipDefs.Null
);
mibFile.Declarations.Add(new VariableDeclaration(
new VariableType(this.FullNodeName, LwipDefs.Vt_StTableNode, null, ConstType.Value),
nodeInitialization,
isStatic: true));
#endregion
}
protected virtual void GenerateGetNextInstanceMethodCode(Function getNextInstanceMethod)
{
getNextInstanceMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", getNextInstanceMethod.Parameter[0].Name);
getNextInstanceMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", getNextInstanceMethod.Parameter[1].Name);
getNextInstanceMethod.AddCodeFormat("LWIP_UNUSED_ARG({0});", getNextInstanceMethod.Parameter[2].Name);
VariableDeclaration returnValue = new VariableDeclaration((VariableType)getNextInstanceMethod.ReturnType.Clone(), LwipDefs.Def_ErrorCode_NoSuchInstance);
returnValue.Type.Name = "err";
getNextInstanceMethod.Declarations.Add(returnValue);
StringBuilder indexColumns = new StringBuilder();
foreach (SnmpScalarNode indexNode in this.indexNodes)
{
indexColumns.AppendFormat(
" {0} ({1}, OID length = {2})\n",
indexNode.Name,
indexNode.DataType,
(indexNode.OidRepresentationLen >= 0) ? indexNode.OidRepresentationLen.ToString() : "variable");
}
if (indexColumns.Length > 0)
{
indexColumns.Length--;
getNextInstanceMethod.Declarations.Insert(0, new Comment(String.Format(
"The instance OID of this table consists of following (index) column(s):\n{0}",
indexColumns)));
}
string augmentsHint = "";
if (!String.IsNullOrWhiteSpace(this.augmentedTableRow))
{
augmentsHint = String.Format(
"This table augments table '{0}'! Index columns therefore belong to table '{0}'!\n" +
"You may simply call the '*{1}' method of this table.\n\n",
(this.augmentedTableRow.ToLowerInvariant().EndsWith("entry")) ? this.augmentedTableRow.Substring(0, this.augmentedTableRow.Length-5) : this.augmentedTableRow,
LwipDefs.FnctSuffix_GetNextInstance);
}
getNextInstanceMethod.AddElement(new Comment(String.Format(
"TODO: analyze '{0}->id'/'{0}->len' and return the subsequent row instance\n" +
"Be aware that '{0}->id'/'{0}->len' must not point to a valid instance or have correct instance length.\n" +
"If '{0}->len' is 0, return the first instance. If '{0}->len' is longer than expected, cut superfluous OID parts.\n" +
"If a valid next instance is found, store it in '{0}->id'/'{0}->len' and set '{1} = {2};'\n\n" +
"snmp_oid_* methods may be used for easier processing of oid\n\n" +
"{3}" +
"In order to avoid decoding OID a second time in subsequent get_value/set_test/set_value methods,\n" +
"you may store an arbitrary value (like a pointer to target value object) in '{4}->reference'/'{4}->reference_len'.\n" +
"But be aware that not always a subsequent method is called -> Do NOT allocate memory here and try to release it in subsequent methods!\n\n" +
"You also may replace function pointers in '{4}' param for get/test/set methods which contain the default values from table definition,\n" +
"in order to provide special methods, for the currently processed cell. Changed pointers are only valid for current request.",
getNextInstanceMethod.Parameter[1].Name,
returnValue.Type.Name,
LwipDefs.Def_ErrorCode_Ok,
augmentsHint,
getNextInstanceMethod.Parameter[2].Name
)));
getNextInstanceMethod.AddElement(new Comment(String.Format(
"For easier processing and getting the next instance, you may use the 'snmp_next_oid_*' enumerator.\n" +
"Simply pass all known instance OID's to it and it returns the next valid one:\n\n" +
"{0} state;\n" +
"{1} result_buf;\n" +
"snmp_next_oid_init(&state, {2}->id, {2}->len, result_buf, LWIP_SNMP_OBJ_ID_LEN);\n" +
"while ({{not all instances passed}}) {{\n" +
" {1} test_oid;\n" +
" {{fill test_oid to create instance oid for next instance}}\n" +
" snmp_next_oid_check(&state, test_oid->id, test_oid->len, {{target_data_ptr}});\n" +
"}}\n" +
"if(state.status == SNMP_NEXT_OID_STATUS_SUCCESS) {{\n" +
" snmp_oid_assign(row_oid, result_buf->oid, result_buf->len);\n" +
" {3}->reference.ptr = state.reference; //==target_data_ptr, for usage in subsequent get/test/set\n" +
" {4} = {5};\n" +
"}}"
,
LwipDefs.Vt_StNextOidState,
LwipDefs.Vt_StObjectId,
getNextInstanceMethod.Parameter[1].Name,
getNextInstanceMethod.Parameter[2].Name,
returnValue.Type.Name,
LwipDefs.Def_ErrorCode_Ok
)));
getNextInstanceMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
}
protected virtual void GenerateGetInstanceMethodCode(Function getInstanceMethod)
{
VariableDeclaration returnValue = new VariableDeclaration((VariableType)getInstanceMethod.ReturnType.Clone(), LwipDefs.Def_ErrorCode_NoSuchInstance);
returnValue.Type.Name = "err";
getInstanceMethod.Declarations.Add(returnValue);
int instanceOidLength = 0;
StringBuilder indexColumns = new StringBuilder();
foreach (SnmpScalarNode indexNode in this.indexNodes)
{
if (instanceOidLength >= 0)
{
if (indexNode.OidRepresentationLen >= 0)
{
instanceOidLength += indexNode.OidRepresentationLen;
}
else
{
// at least one index column has a variable length -> we cannot perform a static check
instanceOidLength = -1;
}
}
indexColumns.AppendFormat(
" {0} ({1}, OID length = {2})\n",
indexNode.Name,
indexNode.DataType,
(indexNode.OidRepresentationLen >= 0) ? indexNode.OidRepresentationLen.ToString() : "variable");
}
if (indexColumns.Length > 0)
{
indexColumns.Length--;
getInstanceMethod.Declarations.Insert(0, new Comment(String.Format(
"The instance OID of this table consists of following (index) column(s):\n{0}",
indexColumns)));
}
string augmentsHint = "";
if (!String.IsNullOrWhiteSpace(this.augmentedTableRow))
{
augmentsHint = String.Format(
"This table augments table '{0}'! Index columns therefore belong to table '{0}'!\n" +
"You may simply call the '*{1}' method of this table.\n\n",
(this.augmentedTableRow.ToLowerInvariant().EndsWith("entry")) ? this.augmentedTableRow.Substring(0, this.augmentedTableRow.Length-5) : this.augmentedTableRow,
LwipDefs.FnctSuffix_GetInstance);
}
CodeContainerBase ccb = getInstanceMethod;
if (instanceOidLength > 0)
{
IfThenElse ite = new IfThenElse(String.Format("{0} == {1}", getInstanceMethod.Parameter[2].Name, instanceOidLength));
getInstanceMethod.AddElement(ite);
ccb = ite;
}
ccb.AddCodeFormat("LWIP_UNUSED_ARG({0});", getInstanceMethod.Parameter[0].Name);
ccb.AddCodeFormat("LWIP_UNUSED_ARG({0});", getInstanceMethod.Parameter[1].Name);
if (instanceOidLength <= 0)
{
ccb.AddCodeFormat("LWIP_UNUSED_ARG({0});", getInstanceMethod.Parameter[2].Name);
}
ccb.AddCodeFormat("LWIP_UNUSED_ARG({0});", getInstanceMethod.Parameter[3].Name);
ccb.AddElement(new Comment(String.Format(
"TODO: check if '{0}'/'{1}' params contain a valid instance oid for a row\n" +
"If so, set '{2} = {3};'\n\n" +
"snmp_oid_* methods may be used for easier processing of oid\n\n" +
"{4}" +
"In order to avoid decoding OID a second time in subsequent get_value/set_test/set_value methods,\n" +
"you may store an arbitrary value (like a pointer to target value object) in '{5}->reference'/'{5}->reference_len'.\n" +
"But be aware that not always a subsequent method is called -> Do NOT allocate memory here and try to release it in subsequent methods!\n\n" +
"You also may replace function pointers in '{5}' param for get/test/set methods which contain the default values from table definition,\n" +
"in order to provide special methods, for the currently processed cell. Changed pointers are only valid for current request.",
getInstanceMethod.Parameter[1].Name,
getInstanceMethod.Parameter[2].Name,
returnValue.Type.Name,
LwipDefs.Def_ErrorCode_Ok,
augmentsHint,
getInstanceMethod.Parameter[3].Name
)));
getInstanceMethod.AddCodeFormat("return {0};", returnValue.Type.Name);
}
public override void GenerateCode(MibCFile mibFile)
{
string nodeInitialization;
if (LwipOpts.GenerateSingleAccessMethodsForTreeNodeScalars && (this.childScalarNodes.Count > 1))
{
GenerateAggregatedCode(mibFile, false, true);
}
// create and add node declaration
if (this.childNodes.Count > 0)
{
StringBuilder subnodeArrayInitialization = new StringBuilder();
for (int i=0; i<this.childNodes.Count; i++)
{
subnodeArrayInitialization.Append(" &");
subnodeArrayInitialization.Append(this.childNodes[i].FullNodeName);
subnodeArrayInitialization.Append(".node");
if (!(this.childNodes[i] is SnmpTreeNode))
{
subnodeArrayInitialization.Append(".node");
}
if (i < (this.childNodes.Count - 1))
{
subnodeArrayInitialization.Append(",\n");
}
}
VariableDeclaration subnodeArray = new VariableDeclaration(
new VariableType(this.Name + "_subnodes", LwipDefs.Vt_StNode, "*", ConstType.Value, String.Empty),
"{\n" + subnodeArrayInitialization + "\n}",
isStatic: true);
mibFile.Declarations.Add(subnodeArray);
nodeInitialization = String.Format("SNMP_CREATE_TREE_NODE({0}, {1})", this.Oid, subnodeArray.Type.Name);
}
else
{
nodeInitialization = String.Format("SNMP_CREATE_EMPTY_TREE_NODE({0})", this.Oid);
}
mibFile.Declarations.Add(new VariableDeclaration(
new VariableType(this.FullNodeName, LwipDefs.Vt_StTreeNode, null, ConstType.Value),
nodeInitialization,
isStatic: true));
}