fixer_fix/fix42/
logon.rs

1// Code generated by fixer-gen. DO NOT EDIT.
2#![allow(clippy::new_without_default)]
3#![allow(clippy::needless_pass_by_value)]
4#![allow(clippy::too_many_arguments)]
5#![allow(unused_imports)]
6
7use fixer::message::Message;
8use fixer::fix_string::FIXString;
9use fixer::errors::MessageRejectErrorEnum;
10use fixer::session::session_id::SessionID;
11
12
13use crate::field;
14use crate::tag;
15
16/// `Logon` is the `fix42` `Logon` type, `MsgType` = A.
17pub struct Logon {
18    pub message: Message,
19}
20
21impl Logon {
22    /// Creates a new `Logon` with required fields.
23    pub fn new(encrypt_method: field::EncryptMethodField, heart_bt_int: field::HeartBtIntField) -> Self {
24        let mut msg = Message::new();
25        msg.header.set_field(tag::MSG_TYPE, FIXString::from("A".to_string()));
26
27        msg.body.set_field(tag::ENCRYPT_METHOD, encrypt_method.0);
28
29        msg.body.set_field(tag::HEART_BT_INT, heart_bt_int.0);
30
31        Self { message: msg }
32    }
33
34    /// Creates a `Logon` from an existing `Message`.
35    pub fn from_message(msg: Message) -> Self {
36        Self { message: msg }
37    }
38
39    /// Returns the underlying `Message`.
40    pub fn to_message(self) -> Message {
41        self.message
42    }
43
44
45
46
47    /// Sets `EncryptMethod`, Tag 98.
48    pub fn set_encrypt_method(&mut self, v: isize) {
49        self.message.body.set_field(tag::ENCRYPT_METHOD, fixer::fix_int::FIXInt::from(v));
50    }
51
52    /// Gets `EncryptMethod`, Tag 98.
53    pub fn get_encrypt_method(&self) -> Result<isize, MessageRejectErrorEnum> {
54        let mut fld = field::EncryptMethodField::new(0);
55        self.message.body.get_field(tag::ENCRYPT_METHOD, &mut fld.0)?;
56        Ok(fld.value())
57    }
58
59
60    /// Returns true if `EncryptMethod` is present, Tag 98.
61    pub fn has_encrypt_method(&self) -> bool {
62        self.message.body.has(tag::ENCRYPT_METHOD)
63    }
64
65
66
67
68    /// Sets `HeartBtInt`, Tag 108.
69    pub fn set_heart_bt_int(&mut self, v: isize) {
70        self.message.body.set_field(tag::HEART_BT_INT, fixer::fix_int::FIXInt::from(v));
71    }
72
73    /// Gets `HeartBtInt`, Tag 108.
74    pub fn get_heart_bt_int(&self) -> Result<isize, MessageRejectErrorEnum> {
75        let mut fld = field::HeartBtIntField::new(0);
76        self.message.body.get_field(tag::HEART_BT_INT, &mut fld.0)?;
77        Ok(fld.value())
78    }
79
80
81    /// Returns true if `HeartBtInt` is present, Tag 108.
82    pub fn has_heart_bt_int(&self) -> bool {
83        self.message.body.has(tag::HEART_BT_INT)
84    }
85
86
87
88
89    /// Sets `MaxMessageSize`, Tag 383.
90    pub fn set_max_message_size(&mut self, v: isize) {
91        self.message.body.set_field(tag::MAX_MESSAGE_SIZE, fixer::fix_int::FIXInt::from(v));
92    }
93
94    /// Gets `MaxMessageSize`, Tag 383.
95    pub fn get_max_message_size(&self) -> Result<isize, MessageRejectErrorEnum> {
96        let mut fld = field::MaxMessageSizeField::new(0);
97        self.message.body.get_field(tag::MAX_MESSAGE_SIZE, &mut fld.0)?;
98        Ok(fld.value())
99    }
100
101
102    /// Returns true if `MaxMessageSize` is present, Tag 383.
103    pub fn has_max_message_size(&self) -> bool {
104        self.message.body.has(tag::MAX_MESSAGE_SIZE)
105    }
106
107
108
109
110    /// Sets `NoMsgTypes`, Tag 384.
111    pub fn set_no_msg_types(&mut self, v: isize) {
112        self.message.body.set_field(tag::NO_MSG_TYPES, fixer::fix_int::FIXInt::from(v));
113    }
114
115    /// Gets `NoMsgTypes`, Tag 384.
116    pub fn get_no_msg_types(&self) -> Result<isize, MessageRejectErrorEnum> {
117        let mut fld = field::NoMsgTypesField::new(0);
118        self.message.body.get_field(tag::NO_MSG_TYPES, &mut fld.0)?;
119        Ok(fld.value())
120    }
121
122
123    /// Returns true if `NoMsgTypes` is present, Tag 384.
124    pub fn has_no_msg_types(&self) -> bool {
125        self.message.body.has(tag::NO_MSG_TYPES)
126    }
127
128
129
130
131    /// Sets `RawData`, Tag 96.
132    pub fn set_raw_data(&mut self, v: String) {
133        self.message.body.set_field(tag::RAW_DATA, FIXString::from(v));
134    }
135
136    /// Gets `RawData`, Tag 96.
137    pub fn get_raw_data(&self) -> Result<String, MessageRejectErrorEnum> {
138        let mut fld = field::RawDataField::new(String::new());
139        self.message.body.get_field(tag::RAW_DATA, &mut fld.0)?;
140        Ok(fld.value().to_string())
141    }
142
143
144    /// Returns true if `RawData` is present, Tag 96.
145    pub fn has_raw_data(&self) -> bool {
146        self.message.body.has(tag::RAW_DATA)
147    }
148
149
150
151
152    /// Sets `RawDataLength`, Tag 95.
153    pub fn set_raw_data_length(&mut self, v: isize) {
154        self.message.body.set_field(tag::RAW_DATA_LENGTH, fixer::fix_int::FIXInt::from(v));
155    }
156
157    /// Gets `RawDataLength`, Tag 95.
158    pub fn get_raw_data_length(&self) -> Result<isize, MessageRejectErrorEnum> {
159        let mut fld = field::RawDataLengthField::new(0);
160        self.message.body.get_field(tag::RAW_DATA_LENGTH, &mut fld.0)?;
161        Ok(fld.value())
162    }
163
164
165    /// Returns true if `RawDataLength` is present, Tag 95.
166    pub fn has_raw_data_length(&self) -> bool {
167        self.message.body.has(tag::RAW_DATA_LENGTH)
168    }
169
170
171
172
173    /// Sets `ResetSeqNumFlag`, Tag 141.
174    pub fn set_reset_seq_num_flag(&mut self, v: bool) {
175        self.message.body.set_field(tag::RESET_SEQ_NUM_FLAG, fixer::fix_boolean::FIXBoolean::from(v));
176    }
177
178    /// Gets `ResetSeqNumFlag`, Tag 141.
179    pub fn get_reset_seq_num_flag(&self) -> Result<bool, MessageRejectErrorEnum> {
180        let mut fld = field::ResetSeqNumFlagField::new(false);
181        self.message.body.get_field(tag::RESET_SEQ_NUM_FLAG, &mut fld.0)?;
182        Ok(fld.value())
183    }
184
185
186    /// Returns true if `ResetSeqNumFlag` is present, Tag 141.
187    pub fn has_reset_seq_num_flag(&self) -> bool {
188        self.message.body.has(tag::RESET_SEQ_NUM_FLAG)
189    }
190
191
192}
193
194/// `RouteOut` is the callback type for routing `Logon` messages.
195pub type RouteOut = fn(msg: Logon, session_id: SessionID) -> Result<(), MessageRejectErrorEnum>;
196
197/// Route type returned by the `route` function.
198pub type Route = (&'static str, &'static str, Box<dyn Fn(&Message, SessionID) -> Result<(), MessageRejectErrorEnum> + Send>);
199
200/// Returns the begin string, message type, and route function for `Logon`.
201pub fn route(router: RouteOut) -> Route {
202    let r = move |msg: &Message, session_id: SessionID| -> Result<(), MessageRejectErrorEnum> {
203        router(Logon::from_message(msg.clone()), session_id)
204    };
205    ("FIX.4.2", "A", Box::new(r))
206}
fixer_fix/fix42/logon.rs

fixer_fix/fix42/
logon.rs
