Many changes

dotfiles/neovim/ftplugin/tex.lua

@@ -25,7 +25,7 @@ local abbreviations = {
   { "nuls", "\\varnothing" },
 
   -- Other fancy symvols
-  { "ints", "\\mathbb{I}" },
+  { "ints", "\\mathbb{Z}" },
   { "nats", "\\mathbb{N}" },
   { "rats", "\\mathbb{Q}" },
   { "rrea", "\\mathbb{R}" },
@@ -44,6 +44,7 @@ local abbreviations = {
   { "etn", "^{-}" },
   { "ett", "^{t}" },
   { "tmat", "^{T}" }, -- Tranpose of a matrix
+  { "cmat", "^{*}" }, -- Conjugate of a matrix
   { "etp", "^{+}" },
 
   -- Subscripts
@@ -108,19 +109,21 @@ local abbreviations = {
   { "div", "\\|" },
   { "ndiv", "\\not\\|\\:" },
 
-
   -- words
   { "rref", "reduced row echalon form" },
-  { "thrf", "therefore" }
 }
 
 local abolishAbbreviations = {
   { "eg{va,ve,p}{,s}", "eigen{value,vector,pair}{}" },
   { "ib{p,s}", "integration by {parts,substitution}" },
-  { "mx{,s}", "matri{x,ces}" }
+  { "mx{,s}", "matri{x,ces}" },
+  { "thrf", "therefore" }
 }
 
 A.manyLocalAbbr(abbreviations)
 AB.abolishMany(abolishAbbreviations)
 
-vim.keymap.set("n", "<leader>lc", "<cmd>VimtexCompile<cr>", { desc = "Compile current buffer using vimtex" })
+vim.keymap.set("n", "<leader>lc", "<cmd>VimtexCompile<cr>", {
+  desc = "Compile current buffer using vimtex",
+  buffer = true
+})

dotfiles/neovim/lua/my/init.lua

@@ -7,7 +7,6 @@ function M.setup()
   require("my.theme").setup()
   require("my.options").setup()
   require('my.keymaps').setup()
-  require('my.snippets').setup()
   require('my.plugins').setup()
   require("telescope.extensions.unicode").setupAbbreviations()
 end

dotfiles/neovim/lua/my/keymaps.lua

@@ -77,7 +77,7 @@ function M.setup()
           name = "Go to"
         },
         r = {
-          name = "Rename / Replace"
+          name = "Rename / Replace / Reload"
         },
         ["<leader>"] = {
           name = "Easymotion"

dotfiles/neovim/lua/my/plugins/fzf-lua.lua

@@ -1,18 +0,0 @@
-local M = {}
-
-local bindings = {
-  -- Open files with control + P
-  files = "<c-P>",
-  -- See diagnostics with space + d
-  lsp_document_diagnostics = "<space>d",
-  lsp_workspace_diagnostics = "<space>D"
-}
-
-function M.setup()
-  for action, keybind in pairs(bindings) do
-    -- Maps the keybind to the action
-    vim.keymap.set('n', keybind, require('fzf-lua')[action])
-  end
-end
-
-return M

dotfiles/neovim/lua/my/plugins/init.lua

@@ -6,6 +6,11 @@ function M.setup()
   require('fidget').setup()
   require('dressing').setup()
 
+  require("my.plugins.easymotion").setup()
+  require("my.plugins.autopairs").setup()
+  require("my.plugins.telescope").setup()
+  require("my.plugins.surround").setup()
+
   env.vscode.unless(function()
     env.firevim.unless(function()
       require("presence"):setup({})
@@ -35,10 +40,6 @@ function M.setup()
     require("my.plugins.paperplanes").setup()
   end
 
-  require("my.plugins.easymotion").setup()
-  require("my.plugins.autopairs").setup()
-  require("my.plugins.telescope").setup()
-  require("my.plugins.surround").setup()
 
   require("my.plugins.hydra").setup()
   require("my.plugins.clipboard-image").setup()

dotfiles/neovim/lua/my/plugins/luasnip.lua

@@ -1,6 +1,10 @@
 local M = {}
 local luasnip = require("luasnip")
 
+local function reload()
+  require("luasnip.loaders.from_vscode").lazy_load()
+end
+
 function M.setup()
   vim.keymap.set("i", "<Tab>", function()
     if luasnip.jumpable(1) then
@@ -12,6 +16,12 @@ function M.setup()
   vim.keymap.set("i", "<S-Tab>", function()
     luasnip.jump(-1)
   end)
+
+  vim.keymap.set("n", "<leader>rs", reload, {
+    desc = "Reload luasnip snippets"
+  })
+
+  reload()
 end
 
 return M

dotfiles/neovim/lua/my/plugins/vimtex.lua

@@ -1,12 +1,10 @@
-local global = require("my.helpers").global
-
 local M = {}
 
 function M.setup()
   -- Viewer method
   vim.g.vimtex_view_method = "zathura"
   vim.g.Tex_DefaultTargetFormat = "pdf"
-  vim.g.vimtex_fold_enabled = 1
+  vim.g.vimtex_fold_enabled = 0
   vim.g.vimtex_compiler_latexmk = {
     options = {
       "-pdf", "-shell-escape", "-verbose", "-file-line-error", "-synctex=1", "-interaction=nonstopmode"

dotfiles/neovim/lua/my/snippets.lua

@@ -1,8 +0,0 @@
-local M = {}
-
-function M.setup()
-  -- require("luasnip").config.setup({ enable_autosnippets = false })
-  require("luasnip.loaders.from_vscode").lazy_load()
-end
-
-return M

dotfiles/vscode-snippets/package.json

@@ -32,6 +32,12 @@
         ],
         "path": "./snippets/latex/core.json"
       },
+      {
+        "language": [
+          "tex"
+        ],
+        "path": "./snippets/latex/explain.json"
+      },
       {
         "language": [
           "lua"

dotfiles/vscode-snippets/snippets/latex/core.json

@@ -12,10 +12,7 @@
   "Absolute value": {
     "prefix": "abs",
     "description": "Absolute values",
-    "body": "|$1|$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "|$1|$0"
   },
   "Lemma": {
     "prefix": "lemma",
@@ -59,26 +56,27 @@
   "Subscript": {
     "prefix": "ss",
     "description": "Subscript",
-    "body": "_{$1}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "_{$1}$0"
   },
   "Exponent": {
     "prefix": "ee",
     "description": "Exponent",
-    "body": "^{$1}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "^{$1}$0"
   },
   "Nth derivative": {
     "prefix": "dd",
     "description": "Nth derivative",
-    "body": "^{($1)}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "^{($1)}$0"
+  },
+  "Overline": {
+    "prefix": "ol",
+    "description": "Overline",
+    "body": "\\overline{$1}$0"
+  },
+  "Z Mod": {
+    "prefix": "zmod",
+    "description": "The set of Z/nZ",
+    "body": "\\mathbb{Z}/$1\\mathbb{Z}$0"
   },
   "Section": {
     "prefix": "section",
@@ -133,74 +131,47 @@
   "Sigma sum": {
     "prefix": "bsum",
     "description": "Create a sum using sigma notation",
-    "body": "\\sum_{$1 = $2}^{$3}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\sum_{$1 = $2}^{$3}$0"
   },
   "Pi product": {
     "prefix": "bproduct",
     "description": "Create a produt using pi notation",
-    "body": "\\prod_{$1 = $2}^{$3}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\prod_{$1 = $2}^{$3}$0"
   },
   "Fraction": {
     "prefix": "frac",
     "description": "Create a fraction",
-    "body": "\\frac{$1}{$2}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\frac{$1}{$2}$0"
   },
   "Choose": {
     "prefix": "binom",
     "description": "Create a (n choose k) thingy",
-    "body": "\\binom{$1}{$2}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\binom{$1}{$2}$0"
   },
   "Limit": {
     "prefix": "lim",
     "description": "Create a limit",
-    "body": "\\lim _{$1 \\to $2}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\lim _{$1 \\to $2}$0"
   },
   "Limit to infinity": {
     "prefix": "ilim",
     "description": "Create a limit as a variable goes to infinity",
-    "body": "\\lim _{$1 \\to \\infty}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\lim _{$1 \\to \\infty}$0"
   },
   "Limit to negative infinity": {
     "prefix": "nlim",
     "description": "Create a limit as a variable goes to negative infinity",
-    "body": "\\lim _{$1 \\to -\\infty}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\lim _{$1 \\to -\\infty}$0"
   },
   "Limit to zero": {
     "prefix": "zlim",
     "description": "Create a limit as a variable goes to 0",
-    "body": "\\lim _{$1 \\to 0}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\lim _{$1 \\to 0}$0"
   },
   "Sqrt": {
     "prefix": "sqrt",
     "description": "Create a sqrt",
-    "body": "\\sqrt[$1]{$2}$0",
-    "luasnip": {
-      "autotrigger": true
-    }
+    "body": "\\sqrt[$1]{$2}$0"
   },
   "Sin": {
     "prefix": "sin",

dotfiles/vscode-snippets/snippets/latex/explain.json

@@ -0,0 +1,77 @@
+{
+  "Text explanation in math mode": {
+    "prefix": "texpl",
+    "description": "Explain a step using text in math mode",
+    "body": "&& \\text{($1)}$0"
+  },
+  "Explanation in math mode": {
+    "prefix": "expl",
+    "description": "Explain a step in math mode",
+    "body": "&& ($1) $0"
+  },
+  "Explain division": {
+    "prefix": "exdiv",
+    "description": "Explain a division inside an equation",
+    "body": "&& \\left(\\frac{\\square}{$1}\\right)$0"
+  },
+  "Explain fraction": {
+    "prefix": "exfract",
+    "description": "Explain a step which wraps both sides of an equation by a fraction",
+    "body": "&& \\left(\\frac{$1}{$2} \\right)$0"
+  },
+  "Explain right multiplication": {
+    "prefix": "exmul",
+    "description": "Explain a right multiplication inside an equation",
+    "body": "&& \\left(\\square \\cdot $1 \\right)$0"
+  },
+  "Explain left multiplication": {
+    "prefix": "exlmul",
+    "description": "Explain a left multiplication inside an equation",
+    "body": "&& \\left($1 \\cdot \\square\\right)$0"
+  },
+  "Explain differentiation": {
+    "prefix": "exdiff",
+    "description": "Explain a step which differentiates both sides of an equation",
+    "body": "&& \\left( \\frac{d \\square} {d $1} \\right)$0"
+  },
+  "Explain  integration": {
+    "prefix": "exint",
+    "description": "Explain a step which integrates both sides of an equation",
+    "body": "&& \\left(\\int \\square d$1 \\right)$0"
+  },
+  "Explain definite integration": {
+    "prefix": "exdint",
+    "description": "Explain a step which applies a definite integral to both sides of an equation",
+    "body": "&& \\left(\\int _{$1} ^{$2} \\square d$3 \\right)$0"
+  },
+  "Explain addition": {
+    "prefix": "exadd",
+    "description": "Explain a step which adds to both sides of an equation",
+    "body": "&& \\left( \\square + $1 \\right)$0"
+  },
+  "Explain subtraction": {
+    "prefix": "exsub",
+    "description": "Explain a step which subtracts from both sides of an equation",
+    "body": "&& \\left( \\square - $1 \\right)$0"
+  },
+  "Explain negation": {
+    "prefix": "exneg",
+    "description": "Explain a step which negates both sides of an equation",
+    "body": "&& (- \\square )$0"
+  },
+  "Explain power": {
+    "prefix": "expow",
+    "description": "Explain a step which raises both sides of an equation to a given power",
+    "body": "&& \\left( \\square ^{$1} \\right)$0"
+  },
+  "Explain exponentiation": {
+    "prefix": "exexp",
+    "description": "Explain a step which raises a given value to both sides of an equation",
+    "body": "&& \\left(  $1 ^{\\square} \\right)$0"
+  },
+  "Explain natural logarithm": {
+    "prefix": "exln",
+    "description": "Explain a step which applies the ln function to both sides of an equation",
+    "body": "&& \\left(  \\ln $1 \\right)$0"
+  }
+}

modules/applications/default.nix

@@ -25,6 +25,7 @@
     # ./chromium.nix
     ./vieb.nix
     ./polybar.nix
+    ./hamachi.nix
   ];
 }
 

modules/applications/hamachi.nix

@@ -0,0 +1,7 @@
+{ pkgs, ... }: {
+  services.logmein-hamachi.enable = true;
+  home-manager.users.adrielus.home.packages = [
+    pkgs.logmein-hamachi
+    pkgs.unstable.haguichi
+  ];
+}