private void ParseDecorator(RawTemplate template, ref RawToken token, RawTokenEnumerator enumerator, ref FlatTokenParserState state, ref RawTokenDecorator decorator)
{
var next = enumerator.Next();
if (string.IsNullOrWhiteSpace(next))
{
return;
}
switch (next)
{
case "}":
token.Decorators.Add(decorator);
template.Tokens.Add(token);
token = new RawToken();
decorator = new RawTokenDecorator();
state = FlatTokenParserState.InPreamble;
break;
case ",":
token.Decorators.Add(decorator);
decorator = new RawTokenDecorator();
break;
case "(":
state = FlatTokenParserState.InDecoratorArgument;
break;
default:
decorator.AppendName(next);
break;
}
}
public async Task <Template> AddTemplateAsync(RawTemplate rawTemplate)
{
var newTemplate = new Template(rawTemplate.TemplateName, rawTemplate.Subject, rawTemplate.Body);
var result = await _context.Templates.AddAsync(newTemplate);
await _context.SaveChangesAsync();
return(result.Entity);
}
public async Task <IActionResult> AddNewTemplate(RawTemplate template)
{
return(Ok(await _emailTemplatesRepository.AddTemplateAsync(template)));
}
private void ParseTokenName(RawTemplate template, ref RawToken token, RawTokenEnumerator enumerator, ref FlatTokenParserState state)
{
var next = enumerator.Next();
var peek = enumerator.Peek();
switch (next)
{
case "{":
throw new ParsingException($"Unexpected character '{{' in token '{token.Name}'", enumerator);
case "}":
template.Tokens.Add(token);
token = new RawToken();
state = FlatTokenParserState.InPreamble;
break;
case "$":
token.TerminateOnNewline = true;
switch (peek)
{
case "?":
case "*":
case "}":
case ":":
break;
default:
throw new ParsingException($"Invalid character '{peek}' in token '{token.Name}'", enumerator);
}
break;
case "?":
token.Optional = true;
switch (peek)
{
case "$":
case "*":
case "}":
case ":":
break;
default:
throw new ParsingException($"Invalid character '{peek}' in token '{token.Name}'", enumerator);
}
break;
case "*":
token.Repeating = true;
token.Optional = true;
switch (peek)
{
case "$":
case "?":
case "}":
case ":":
break;
default:
throw new ParsingException($"Invalid character '{peek}' in token '{token.Name}'", enumerator);
}
break;
case ":":
state = FlatTokenParserState.InDecorator;
break;
default:
if (token.Name == null)
{
token.Name = string.Empty;
}
if (ValidTokenNameCharacters.Contains(next))
{
token.Name += next;
}
else
{
throw new ParsingException($"Invalid character '{next}' in token '{token.Name}'", enumerator);
}
break;
}
}
private void ParseFrontMatterOptionValue(RawTemplate template, RawTokenEnumerator enumerator, ref StringBuilder frontMatterName, ref StringBuilder frontMatterValue, ref FlatTokenParserState state)
{
var next = enumerator.Next();
switch (next)
{
case "\n":
var rawName = frontMatterName.ToString().Trim();
var name = frontMatterName.ToString().Trim().ToLowerInvariant();
var value = frontMatterValue.ToString().Trim().ToLowerInvariant();
if (bool.TryParse(value, out var asBool))
{
switch (name)
{
case "throwexceptiononmissingproperty":
template.Options.ThrowExceptionOnMissingProperty = asBool;
break;
case "trimleadingwhitespace":
template.Options.TrimLeadingWhitespaceInTokenPreamble = asBool;
break;
case "trimtrailingwhitespace":
template.Options.TrimTrailingWhiteSpace = asBool;
break;
case "outoforder":
template.Options.OutOfOrderTokens = asBool;
break;
case "casesensitive":
if (asBool)
{
template.Options.TokenStringComparison = StringComparison.InvariantCulture;
}
else
{
template.Options.TokenStringComparison = StringComparison.InvariantCultureIgnoreCase;
}
break;
default:
throw new ParsingException($"Unknown front matter option: {rawName}", enumerator);
}
}
else
{
throw new ParsingException($"Unable to convert front matter option to boolean: {rawName}", enumerator);
}
frontMatterName.Clear();
frontMatterValue.Clear();
state = FlatTokenParserState.InFrontMatter;
break;
default:
frontMatterValue.Append(next);
break;
}
}
public RawTemplate Parse(string pattern, TokenizerOptions options)
{
var template = new RawTemplate();
template.Options = options.Clone();
var enumerator = new RawTokenEnumerator(pattern);
if (enumerator.IsEmpty)
{
return(template);
}
var state = FlatTokenParserState.AtStart;
var token = new RawToken();
var decorator = new RawTokenDecorator();
var argument = string.Empty;
var frontMatterName = new StringBuilder();
var frontMatterValue = new StringBuilder();
while (enumerator.IsEmpty == false)
{
switch (state)
{
case FlatTokenParserState.AtStart:
ParseStart(enumerator, ref state);
break;
case FlatTokenParserState.InFrontMatter:
ParseFrontMatter(enumerator, ref frontMatterName, ref state);
break;
case FlatTokenParserState.InFrontMatterComment:
ParseFrontMatterComment(enumerator, ref state);
break;
case FlatTokenParserState.InFrontMatterOption:
ParseFrontMatterOption(enumerator, ref frontMatterName, ref state);
break;
case FlatTokenParserState.InFrontMatterOptionValue:
ParseFrontMatterOptionValue(template, enumerator, ref frontMatterName, ref frontMatterValue, ref state);
break;
case FlatTokenParserState.InPreamble:
ParsePreamble(ref token, enumerator, ref state);
break;
case FlatTokenParserState.InTokenName:
ParseTokenName(template, ref token, enumerator, ref state);
break;
case FlatTokenParserState.InDecorator:
ParseDecorator(template, ref token, enumerator, ref state, ref decorator);
break;
case FlatTokenParserState.InDecoratorArgument:
ParseDecoratorArgument(enumerator, ref state, ref decorator, ref argument);
break;
case FlatTokenParserState.InDecoratorArgumentSingleQuotes:
ParseDecoratorArgumentInSingleQuotes(enumerator, ref state, ref decorator, ref argument);
break;
case FlatTokenParserState.InDecoratorArgumentDoubleQuotes:
ParseDecoratorArgumentInDoubleQuotes(enumerator, ref state, ref decorator, ref argument);
break;
case FlatTokenParserState.InDecoratorArgumentRunOff:
ParseDecoratorArgumentRunOff(enumerator, ref state, ref decorator, ref argument);
break;
default:
throw new TokenizerException($"Unknown FlatTokenParserState: {state}");
}
}
// Append current token if it has contents
// Note: allow empty token values, as these will serve to truncate the last
// token in the template
if (string.IsNullOrWhiteSpace(token.Preamble) == false)
{
template.Tokens.Add(token);
}
return(template);
}
public Task <string[]> Test(string type)
{
//string type = "M01";
int ID = 1000000085;
string xhgg = "";
string ccbh = "";
string zzc = "";
int[] Signer = { 370340, 370540, 370440 };
JDJLFM jdjlfm = new JDJLFM(); // 原始记录封面
RawTemplate template = new RawTemplate(); // 原始记录模板
Temperature wd = new Temperature();
jdjlfm.DWMC = "山东省国土测绘院";
jdjlfm.JDRQ = DateTime.Now;
template.MBMC = type;
switch (type)
{
case "M01":
ID = 1000000087; // 1000000085 1000000086 1000000087
xhgg = "NET R9";
ccbh = "5213K83647"; // 5146K79805 5146K79846 5213K83647
zzc = "美国天宝";
jdjlfm.ID = ID;
template.QJMC = "GPS接收机";
template.QJMCBM = "1030";
Signer[0] = 370140;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.JJWD = wd.GetTemperature(ETemperature.OutRoom);// GPS 室外温度
break;
case "M02":
ID = 1000000063;
xhgg = "TS60";
ccbh = "883406";
zzc = "瑞士徕卡";
jdjlfm.ID = ID;
template.QJMC = "全站仪";
template.QJMCBM = "1000";
Signer[0] = 370340;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.QT05 = new Random().Next(990, 1030).ToString(); // 气压
jdjlfm.JJWD = wd.GetTemperature(ETemperature.InOutRoom); // 全站仪 室内外温度
jdjlfm.CJJD = "2"; // CJJD = 2 or 5
jdjlfm.QT01 = "3"; // 补偿范围
jdjlfm.QT02 = "1.5"; // BCJDA
jdjlfm.QT03 = "1"; // BCJDB
jdjlfm.QT04 = "2"; // 单双轴
break;
case "M03": // 经纬仪
ID = 1000000078;
xhgg = "";
ccbh = "";
zzc = "";
jdjlfm.ID = ID;
template.QJMC = "经纬仪";
template.QJMCBM = "1010";
Signer[0] = 370260;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.JJWD = wd.GetTemperature(ETemperature.InRoom);
break;
case "M04": // 水准仪
// DSZ05、DSZ1、DSZ3
// DS05、DS1、DS3
ID = 1000000075;
xhgg = "LS15"; // 数字水准仪
ccbh = "703849";
zzc = "瑞士徕卡";
// CJJD 1 2 3 4 5 6
// CJJD DS05、DSZ05、DS1、DSZ1、DS3、DSZ3
jdjlfm.CJJD = "1"; // 1 3 5 水准管水准仪 - 交叉误差
jdjlfm.CJJD = "2"; // 2 4 6 自安平水准仪，电子水准仪2 4
jdjlfm.ID = ID;
template.QJMC = "水准仪";
template.QJMCBM = "1020";
Signer[0] = 370260;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.JJWD = wd.GetTemperature(ETemperature.InRoom);
break;
case "M05": // 手持激光测距仪
ID = 1000000111;
xhgg = "DISTO D510";
ccbh = "1073550958";
zzc = "瑞士徕卡";
jdjlfm.ID = ID;
template.QJMC = "手持激光测距仪";
template.QJMCBM = "1040";
Signer[0] = 370440;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.JJWD = wd.GetTemperature(ETemperature.InRoom);
break;
case "M06":
ID = 1000000092;
xhgg = "";
ccbh = "";
zzc = "";
jdjlfm.ID = ID;
template.QJMC = "电子经纬仪";
template.QJMCBM = "1100";
Signer[0] = 370260;
Signer[1] = 370540;
Signer[2] = 370440;
jdjlfm.CJJD = "2"; // CJJD = 2 or 5
jdjlfm.QT01 = "3"; // 补偿范围
jdjlfm.QT04 = "2"; // 单双轴
jdjlfm.JJWD = wd.GetTemperature(ETemperature.InRoom);
break;
default:
break;
}
jdjlfm.QJMC = template.QJMC; // 可能和 template.QJMC 不一致
jdjlfm.XHGG = xhgg;
jdjlfm.CCBH = ccbh;
jdjlfm.ZZC = zzc;
CertDto ipt = new CertDto();
ipt.rawTemplate = template;
ipt.jdjlfm = jdjlfm;
ipt.Signer = Signer;
return(_cert.MakeCert(ipt));
//return _cert.MakeCert(jdjlfm, template, Signer);
}
