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Encode,
Evaluate);
end Actions;
package Dict_Sources is
type Enum is
(S_Expression,
Word_List);
end Dict_Sources;
package Options is
type Id is
(Output_Ada_Dict,
Dictionary_Input,
Decode,
Encode,
Evaluate,
Filter_Threshold,
Output_Hash,
Job_Count,
Help,
Sx_Dict_Output,
Min_Sub_Size,
Max_Sub_Size,
Stat_Output,
No_Stat_Output,
Word_List_Input,
Max_Word_Size,
Sx_Output,
No_Sx_Output);
end Options;
package Getopt is new Natools.Getopt_Long (Options.Id);
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Encode,
Evaluate);
end Actions;
package Dict_Sources is
type Enum is
(S_Expression,
Text_List);
end Dict_Sources;
package Options is
type Id is
(Output_Ada_Dict,
Dictionary_Input,
Decode,
Encode,
Evaluate,
Filter_Threshold,
Output_Hash,
Job_Count,
Help,
Sx_Dict_Output,
Min_Sub_Size,
Max_Sub_Size,
Stat_Output,
No_Stat_Output,
Text_List_Input,
Max_Word_Size,
Sx_Output,
No_Sx_Output);
end Options;
package Getopt is new Natools.Getopt_Long (Options.Id);
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R.Add_Option ("hash-pkg", 'H', Required_Argument, Output_Hash);
R.Add_Option ("jobs", 'j', Required_Argument, Job_Count);
R.Add_Option ("sx-dict", 'L', No_Argument, Sx_Dict_Output);
R.Add_Option ("min-substring", 'm', Required_Argument, Min_Sub_Size);
R.Add_Option ("max-substring", 'M', Required_Argument, Max_Sub_Size);
R.Add_Option ("stats", 's', No_Argument, Stat_Output);
R.Add_Option ("no-stats", 'S', No_Argument, No_Stat_Output);
R.Add_Option ("word-list", 'w', No_Argument, Word_List_Input);
R.Add_Option ("max-word-len", 'W', Required_Argument, Max_Word_Size);
R.Add_Option ("s-expr", 'x', No_Argument, Sx_Output);
R.Add_Option ("no-s-expr", 'X', No_Argument, No_Sx_Output);
return R;
end Getopt_Config;
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R.Add_Option ("hash-pkg", 'H', Required_Argument, Output_Hash);
R.Add_Option ("jobs", 'j', Required_Argument, Job_Count);
R.Add_Option ("sx-dict", 'L', No_Argument, Sx_Dict_Output);
R.Add_Option ("min-substring", 'm', Required_Argument, Min_Sub_Size);
R.Add_Option ("max-substring", 'M', Required_Argument, Max_Sub_Size);
R.Add_Option ("stats", 's', No_Argument, Stat_Output);
R.Add_Option ("no-stats", 'S', No_Argument, No_Stat_Output);
R.Add_Option ("text-list", 't', No_Argument, Text_List_Input);
R.Add_Option ("max-word-len", 'W', Required_Argument, Max_Word_Size);
R.Add_Option ("s-expr", 'x', No_Argument, Sx_Output);
R.Add_Option ("no-s-expr", 'X', No_Argument, No_Sx_Output);
return R;
end Getopt_Config;
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& "Output filtered results in a S-expression");
when Options.Dictionary_Input =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Read dictionary directly in input S-expression (default)");
when Options.Word_List_Input =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Compute dictionary from word list in input S-expression");
when Options.Sx_Dict_Output =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Output the dictionary as a S-expression");
when Options.Min_Sub_Size =>
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>
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& "Output filtered results in a S-expression");
when Options.Dictionary_Input =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Read dictionary directly in input S-expression (default)");
when Options.Text_List_Input =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Compute dictionary from sample texts"
& " in input S-expression");
when Options.Sx_Dict_Output =>
New_Line (Output);
Put_Line (Output, Indent & Indent
& "Output the dictionary as a S-expression");
when Options.Min_Sub_Size =>
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is
use type Natools.Smaz.Tools.String_Count;
begin
case Handler.Dict_Source is
when Dict_Sources.S_Expression =>
return Natools.Smaz.Tools.To_Dictionary (Input, True);
when Dict_Sources.Word_List =>
declare
Counter : Natools.Smaz.Tools.Word_Counter;
begin
for S of Input loop
Natools.Smaz.Tools.Add_Substrings
(Counter, S, Handler.Min_Sub_Size, Handler.Max_Sub_Size);
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is
use type Natools.Smaz.Tools.String_Count;
begin
case Handler.Dict_Source is
when Dict_Sources.S_Expression =>
return Natools.Smaz.Tools.To_Dictionary (Input, True);
when Dict_Sources.Text_List =>
declare
Counter : Natools.Smaz.Tools.Word_Counter;
begin
for S of Input loop
Natools.Smaz.Tools.Add_Substrings
(Counter, S, Handler.Min_Sub_Size, Handler.Max_Sub_Size);
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