mast/parser/command_js.peg

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feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
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{
function makeCommand(type, filters, parts) {
const validParts = parts || [];
// Extract pure description (without attributes)
const description = validParts
.filter(part => part.type === 'text')
.map(part => part.value)
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
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.join(' ')
.trim();
// Collect all attributes
const attributes = validParts
.filter(part => part.type !== 'text')
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
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.filter(part => part !== null);
const project = validParts
.filter(part => part.type === 'project')
.map(part => part.value)
.join('')
.trim();
const tags = validParts
.filter(part => part.type === 'tag')
.map(part => part.value);
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
2024-11-10 02:15:10 -08:00
// Store original parts for reconstruction
const originalParts = validParts.filter(part => part !== null);
let validFilters;
if (!!filters) {
validFilters = filters.flat();
} else {
validFilters = [];
}
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
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return {
type: type,
description: description || [],
attributes: attributes || [],
filters: validFilters,
project: project,
tags: JSON.stringify(tags),
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
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parts: parts || [],
reconstruct: function() {
const filterStr = this.filters.map(f => f.reconstruct()).join(',');
const partsStr = this.parts.map(p => p.reconstruct()).join(' ');
return [filterStr, this.type, partsStr].filter(Boolean).join(' ');
}
};
}
}
Start = AddCommand / DoneCommand / ExplicitFilterCommand / ImplicitFilterCommand
// ADD COMMAND
AddCommand = "add" _ parts:(Part / _)+ EOF {
return makeCommand('add', null, parts.filter(p => p !== null));
}
// DONE COMMAND
DoneCommand = filters:Filters _ "done" EOF {
return makeCommand('done', filters, null);
}
ExplicitFilterCommand = filters:Filters _ "filter" _* moreFilters:Filters* EOF {
return makeCommand('filter', [...filters, ...moreFilters], null);
}
ImplicitFilterCommand = filters:Filters+ EOF {
return makeCommand('filter', filters, null);
}
Filters = first:Filter rest:(_ Filter)* {
return [first, ...rest.map(r => r[1])];
}
IdRange = start:Integer "-" end:Integer {
const ids = [];
for (let i = start; i <= end; i++) {
ids.push(i);
}
return ids;
}
SingleId = id:Integer {
return [id];
}
Filter = IdFilter / Tag / Project / Priority / Due
IdFilter = first:(IdRange / SingleId) rest:("," (IdRange / SingleId))* trailing:"," ? {
feat: new command parser It's not fully hooked up to the react app, and it's not quite complete either, but it's a start. Currently, it will parse filter implicitly, and there's also the done and add command. For now, all commands must place the command name in the right location. Additionally, I've hooked up the react table's selection state to the command parser. Filter based on _ids_ explicitly does work. Manually selecting an ID will also place it in the input field for discoverability. It does not remove ids that were manually deselected yet, nor does filter based on any other attribute work. The command parser also parses times, but it does so very poorly currently. More work will need to go into that, for now it's basically a stub. I'll also need to convert the parser to Go. The react table conviently handles virtual tables based on it's internal `row.id`. I'm still wondering how to implement virtual ids, but at least on the web app, they are constantly updated since the view is always visible, which is different to the CLI (though perhaps the same as a TUI?) Notably, there's no semantics for the difference between selection and filtering. I think perhaps the implicit filter command should default to selection, but the explicit filter command should be handled differently, and actually execute filtering. I haven't yet looked into how the TanStack Table handles filtering, but I am aware that it does. I think for an MVP, once done is implemented, I can deploy this, the web socket server, and try and start using it.
2024-11-10 02:15:10 -08:00
const ids = [first, ...rest.map(r => r[1])].flat();
return {
type: 'id',
ids: ids,
reconstruct: function() { return this.ids.join(','); }
};
}
Part = Attribute / TextPart
TextPart = chars:Word {
return {
type: "text",
value: chars,
reconstruct: function() { return this.value; }
};
}
Attribute = Due / Tag / Project / Priority
Due = "@" value:TimeValue {
return {
type: "due",
value: value,
reconstruct: function() { return `@${this.value}`; }
};
}
Project = ("pro:" / "project:" / "+") value:Word {
return {
type: "project",
value: value,
reconstruct: function() { return `+${this.value}`; }
};
}
Priority = "priority:" value:[HML] {
return {
type: "priority",
value: value,
reconstruct: function() { return `priority:${this.value}`; }
};
}
Tag = "#" value:Word {
return {
type: "tag",
value: value,
reconstruct: function() { return `#${this.value}`; }
};
}
Integer = digits:[0-9]+ {
return parseInt(digits.join(''), 10);
}
TimeValue = chars:[0-9:]+ ("am" / "pm")? {
return chars.join('') + (text() || '');
}
Word = chars:[a-zA-Z0-9_-]+ {
return chars.join('');
}
_ = [ \t]+ {
return null;
}
EOF = !.