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omnisharp-vscode
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omnisharp-vscode/release.vscodeignore

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Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
.debugger/**
Add the node modules to vscode ignore
2019-02-06 02:22:25 +03:00
.razor/**
Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
.logs/**
.nyc_output/**
.omnisharp/**
.rpt2_cache/**
.travis/**
.vscode/**
.vscode-test/**
coverage/**
Add the node modules to vscode ignore
2019-02-06 02:22:25 +03:00
out/**
Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
src/**
tasks/**
test/**
typings/**
vsix/**
Add the node modules to vscode ignore
2019-02-06 02:22:25 +03:00
node_modules/**
Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
**/*.map
*.vsix
.editorconfig
.gitignore
.travis.yml
gulpfile.ts
install.Lock
ISSUE_TEMPLATE
mocha.opts
*.vscodeignore
package-lock.json
package.json
test-plan.md
tsconfig.json
tslint.json
wallaby.js
Set up things in development mode
2019-02-01 06:13:26 +03:00
webpack.config.js
Delete the razor folder before trying to create offline package
2019-02-08 22:49:21 +03:00
codecov.yml
Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
INclude Razor grammar files in release packaging
2018-10-05 01:00:47 +03:00
!src/razor/language-configuration.json
!src/razor/syntaxes/*
Test the vsix, not the build layout (#2156) The VSCode C# Extension build process follows the VS Code docs and runs tests directly inside of its repo root. This unfortunately gives a false sense of security because bugs can be introduced during VSIX packaging [particularly due to missing content in node_modules or excluded via .vscodeignore]. This change addresses this problem by moving our CI tests to execute the VSIX instead of the build's intermediate artifacts. Specifically: build the vsix unpackage the vsix instrument the unpackaged vsix run tests with VS Code Host pointing to the unpackaged vsix This makes our CI tests ~= to the user's runtime experience and will greatly help us with size reduction efforts. To support this change, I also moved our build system from package.json to Gulp. This makes the build scripts significantly easier to understand, provides intellisense for build scripts, and build-time type checking for their contents. I also strengthened the repo's use of .vscodeignore by creating a copy of the file for each scenario [online packages and offline packages]. The new gulp packaging scripts take advantage of these files to produce packages with predictable contents regardless of when packaging occurs. [small caveat, @akshita31 will be adding a test that validates that net-new content does not start sneaking into the vsix package].
2018-04-07 00:17:17 +03:00
+RuntimeLicenses/dependencies/*
coreclr-debug/install.log