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module session;
import core.stdc.stdlib : exit, EXIT_FAILURE;
import std.array;
import std.file;
import std.stdio;
import std.string;
import util;
import dyaml;
/**
Extended test configuration structure
*/
struct TestExtended_t {
/// Package name
string name;
/// Runtime environment for package
string[string] runtime;
/// Arguments to pass to `Session_t.test_program`
string test_args;
/// Arbitrary commands to execute for package
string[] commands;
}
/**
Global delivery configuration structure
*/
struct Session_t {
/// Name of delivery
string delivery_name;
/// Version of delivery
string delivery_version;
/// Revision of delivery (disabled if `final` is `true`)
ubyte delivery_rev;
/// Platform of delivery (automatically generated)
string delivery_platform;
/// Python version to use for delivery
string delivery_python;
/// Fully qualified name (automatically generated)
string delivery;
/// A conda environment specification to inherit from
string base_spec;
/// `exit` or `continue` on error. (NOT IMPLEMENTED)
string on_error;
/// NOT IMPLEMENTED
string script_pre;
/// NOT IMPLEMENTED
string script_post;
/// runtime environment variables
string[string] runtime;
/// conda channels (order preserved)
string[] conda_channels;
/// conda packages to install
string[] conda_requirements;
/// pypi index(s) to use
string[] pip_index;
/// pypi packages to install (accepts arbitrary pip arguments)
string[] pip_requirements;
/// Determine if integration tests will be executed
bool run_tests = false;
/// Test framework to execute
string test_program = "pytest";
/// default arguments to pass to `test_program`
string test_args = "-v";
/// define an array of extended test configurations
TestExtended_t[] test_extended;
/// conda packages to install globally for integration testing
string[] test_conda_requirements;
/// pypi packages to install globally for integration testing
string[] test_pip_requirements;
/// test packages originating from specific users (i.e. spacetelescope)
string[] test_filter_git_orgs;
/// NOT IMPLEMENTED
string[] test_filter_git_projects;
}
/**
Read delivery configuration file
Params:
filename = path to YAML configuration file
Returns:
populated `Session_t` struct
*/
Session_t getconf(string filename) {
Node root = Loader.fromFile(filename).load();
Node data;
Session_t session;
// Required configuration items
try {
session.delivery_name = root["delivery_name"].as!string;
session.delivery_version = root["delivery_version"].as!string;
session.delivery_rev = root["delivery_rev"].as!ubyte;
session.delivery_python = root["delivery_python"].as!string;
if (!session.delivery_python.empty) {
session.conda_requirements ~= "python=" ~ session.delivery_python;
}
version (OSX) session.delivery_platform = "osx";
version (linux) session.delivery_platform = "linux";
version (Windows) session.delivery_platform = "windows";
session.delivery = format("%s-%s-%s-py%s.%02d",
session.delivery_name,
session.delivery_version,
session.delivery_platform,
short_version(session.delivery_python),
session.delivery_rev);
} catch (YAMLException e) {
stderr.writefln("\n%s: configuration error!\n%s\n", filename, e.msg);
exit(EXIT_FAILURE);
}
/// Optional configuration items
if (root.containsKey("base_spec"))
session.base_spec = root["base_spec"].as!string;
if (root.containsKey("on_error"))
session.on_error = root["on_error"].as!string;
if (root.containsKey("script_pre"))
session.script_pre = root["script_pre"].as!string;
if (root.containsKey("script_post"))
session.script_post = root["script_post"].as!string;
if (root.containsKey("runtime")) {
data = root["runtime"];
foreach (Node k, Node v; data)
session.runtime[k.as!string] = v.as!string;
}
if (root.containsKey("conda_channels")) {
data = root["conda_channels"];
foreach (Node v; data)
session.conda_channels ~= v.as!string;
}
if (root.containsKey("conda_requirements")) {
data = root["conda_requirements"];
foreach (Node v; data)
session.conda_requirements ~= v.as!string;
}
if (root.containsKey("pip_index")) {
data = root["pip_index"];
foreach (Node v; data)
session.pip_index ~= v.as!string;
}
if (root.containsKey("pip_requirements")) {
data = root["pip_requirements"];
foreach (Node v; data)
session.pip_requirements ~= v.as!string;
}
if (root.containsKey("run_tests")) {
session.run_tests = root["run_tests"].as!bool;
}
if (root.containsKey("test_program")) {
session.test_program = root["test_program"].as!string;
}
if (root.containsKey("test_args")) {
session.test_args = root["test_args"].as!string;
}
if (root.containsKey("test_conda_requirements")) {
data = root["test_conda_requirements"];
foreach (Node v; data)
session.test_conda_requirements ~= v.as!string;
}
if (root.containsKey("test_pip_requirements")) {
data = root["test_pip_requirements"];
foreach (Node v; data)
session.test_pip_requirements ~= v.as!string;
}
if (root.containsKey("test_filter_git_orgs")) {
data = root["test_filter_git_orgs"];
foreach (Node v; data)
session.test_filter_git_orgs ~= v.as!string;
}
if (root.containsKey("test_filter_git_projects")) {
data = root["test_filter_git_projects"];
foreach (Node v; data)
session.test_filter_git_projects ~= v.as!string;
}
if (root.containsKey("test_extended")) {
data = root["test_extended"];
foreach (Node parent_1, Node child_1; data) {
TestExtended_t te;
te.name = parent_1.as!string;
if (child_1.containsKey("runtime")) {
foreach (Node parent_2, Node child_2; child_1["runtime"]) {
te.runtime[parent_2.as!string] = child_2.as!string;
}
}
if (child_1.containsKey("commands")) {
foreach (Node v; child_1["commands"]) {
te.commands ~= v.as!string.strip;
}
}
if (child_1.containsKey("test_args")) {
te.test_args = child_1["test_args"].as!string;
}
session.test_extended ~= te;
}
}
return session;
}
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